{"text_format":"3","workbook":"xlsx","n_sheets":1,"sheets":["Sheet0"],"read":"whole","date_system":"1900"}

{"sheet":"Sheet0","index":0,"n_rows":1001,"n_cols":10,"rows_kept":1001}
["序号","来源出版物名称","CiteScore","最高百分位数","2020-23 引文","2020-23 文献","% 被引用","SNIP","SJR","出版商"]
[1,"Chemical Reviews",106,"99.0%\n1/408\nGeneral Chemistry",108990,1028,95,10.851,17.828,"American Chemical Society"]
[2,"Chemical Society Reviews",80.8,"99.0%\n2/408\nGeneral Chemistry",96032,1189,93,7.024,12.511,"Royal Society of Chemistry"]
[3,"Nature Biotechnology",63,"99.0%\n1/311\nBiotechnology",38185,606,91,6.067,18.117,"Springer Nature"]
[4,"Nature Materials",62.2,"99.0%\n1/672\nMechanical Engineering",48231,776,93,6.506,14.231,"Springer Nature"]
[5,"Nature Nanotechnology",59.7,"99.0%\n2/797\nElectrical and Electronic Engineering",37891,635,94,6.292,14.577,"Springer Nature"]
[6,"Progress in Energy and Combustion Science",59.3,"99.0%\n1/273\nGeneral Chemical Engineering",7536,127,98,7.566,6.114,"Elsevier"]
[7,"Nature Reviews Chemistry",52.8,"99.0%\n2/273\nGeneral Chemical Engineering",11825,224,86,5.796,11.603,"Springer Nature"]
[8,"Nature Catalysis",52.1,"99.0%\n2/438\nBiochemistry",25308,486,87,5.112,13.315,"Springer Nature"]
[9,"Progress in Polymer Science",48.7,"99.0%\n1/211\nOrganic Chemistry",9936,204,91,5.143,6.211,"Elsevier"]
[10,"Nature Biomedical Engineering",45.3,"99.0%\n1/817\nComputer Science Applications",20495,452,92,4.291,7.951,"Springer Nature"]
[11,"Electrochemical Energy Reviews",41.9,"99.0%\n1/196\nMaterials Science (miscellaneous)",5322,127,94,3.917,6.791,"Springer Nature"]
[12,"EnergyChem",40.8,"98.0%\n2/137\nBiomaterials",3431,84,89,2.718,5.274,"Elsevier"]
[13,"Journal of Bioresources and Bioproducts",39.3,"99.0%\n1/174\nForestry",4867,124,90,3.565,2.88,"KeAi Communications Co."]
[14,"Nano Research Energy",39,"99.0%\n1/111\nChemistry (miscellaneous)",2965,76,95,7.981,14.707,"Tsinghua University Press"]
[15,"Applied Catalysis B: Environmental",38.6,"99.0%\n1/233\nGeneral Environmental Science",164144,4249,96,2.587,5.112,"Elsevier"]
[16,"Coordination Chemistry Reviews",34.3,"99.0%\n1/189\nPhysical and Theoretical Chemistry",54269,1583,95,3.152,4.145,"Elsevier"]
[17,"eScience",33.7,"98.0%\n5/270\nRenewable Energy, Sustainability and the Environment",4582,136,93,5.172,12.288,"KeAi Communications Co."]
[18,"Advanced Powder Materials",33.3,"99.0%\n1/176\nMetals and Alloys",2734,82,99,4.073,6.197,"KeAi Communications Co."]
[19,"Chem",32.4,"99.0%\n1/72\nBiochemistry (medical)",26925,832,93,2.717,6.556,"Elsevier"]
[20,"Accounts of Chemical Research",31.4,"98.0%\n8/408\nGeneral Chemistry",38224,1216,89,3.288,5.948,"American Chemical Society"]
[21,"ACS Energy Letters",31.2,"98.0%\n2/111\nChemistry (miscellaneous)",59839,1918,90,2.604,7.202,"American Chemical Society"]
[22,"Nature Chemistry",29.6,"98.0%\n4/273\nGeneral Chemical Engineering",21249,717,90,3.334,6.94,"Springer Nature"]
[23,"Advanced Functional Materials",29.5,"98.0%\n7/434\nCondensed Matter Physics",267474,9056,92,2.516,5.496,"John Wiley & Sons"]
[24,"Wiley Interdisciplinary Reviews: Computational Molecular Science",28.9,"99.0%\n1/189\nComputational Mathematics",6004,208,95,4.367,3.473,"John Wiley & Sons"]
[25,"Trends in Biotechnology",28.6,"98.0%\n5/311\nBiotechnology",10219,357,94,2.414,2.536,"Elsevier"]
[26,"Advances in Colloid and Interface Science",28.5,"98.0%\n3/189\nPhysical and Theoretical Chemistry",17775,623,91,3.255,2.656,"Elsevier"]
[27,"Annual Review of Physical Chemistry",28,"98.0%\n4/189\nPhysical and Theoretical Chemistry",2578,92,92,3.818,4.696,"Annual Reviews Inc."]
[28,"Trends in Chemistry",28,"97.0%\n12/408\nGeneral Chemistry",7611,272,92,2.385,3.348,"Elsevier"]
[29,"Angewandte Chemie - International Edition",26.6,"96.0%\n13/408\nGeneral Chemistry",368903,13858,90,2.367,5.3,"John Wiley & Sons"]
[30,"Advanced Industrial and Engineering Polymer Research",26.3,"99.0%\n1/384\nIndustrial and Manufacturing Engineering",2659,101,93,3.746,2.234,"KeAi Communications Co."]
[31,"Biomaterials",26,"99.0%\n1/152\nBiophysics",55850,2149,92,1.8,3.016,"Elsevier"]
[32,"Chinese Journal of Catalysis",25.8,"96.0%\n14/408\nGeneral Chemistry",22238,861,87,1.802,2.932,"Science China Press"]
[33,"ACS Central Science",25.5,"98.0%\n5/273\nGeneral Chemical Engineering",22151,867,85,2.124,3.722,"American Chemical Society"]
[34,"Biotechnology Advances",25.5,"98.0%\n3/127\nApplied Microbiology and Biotechnology",14408,564,90,2.711,2.521,"Elsevier"]
[35,"Nature Communications",24.9,"97.0%\n7/243\nGeneral Physics and Astronomy",705514,28339,87,3.01,4.887,"Springer Nature"]
[36,"Polymer Reviews",24.8,"98.0%\n11/797\nElectrical and Electronic Engineering",2258,91,98,2.861,2.529,"Taylor & Francis"]
[37,"Journal of the American Chemical Society",24.4,"98.0%\n8/438\nBiochemistry",245781,10068,89,2.48,5.489,"American Chemical Society"]
[38,"Journal of Energy Chemistry",23.6,"97.0%\n6/272\nEnergy Engineering and Power Technology",57355,2434,94,1.696,3.165,"Elsevier"]
[39,"Carbohydrate Polymers",22.4,"98.0%\n3/211\nOrganic Chemistry",114567,5113,95,1.807,1.831,"Elsevier"]
[40,"Catalysis Reviews - Science and Engineering",22.3,"96.0%\n3/73\nProcess Chemistry and Technology",1381,62,97,2.196,1.947,"Taylor & Francis"]
[41,"Biofuel Research Journal",22.1,"98.0%\n4/197\nEnvironmental Engineering",1372,62,89,2.467,2.508,"Alpha Creation Enterprise"]
[42,"Critical Reviews in Solid State and Materials Sciences",22.1,"98.0%\n8/434\nCondensed Matter Physics",1898,86,93,2.863,1.959,"Taylor & Francis"]
[43,"Journal of Photochemistry and Photobiology C: Photochemistry Reviews",21.9,"98.0%\n4/211\nOrganic Chemistry",1817,83,86,3.229,2.475,"Elsevier"]
[44,"SmartMat",21.9,"98.0%\n8/398\nMechanics of Materials",3149,144,96,2.046,4.332,"John Wiley & Sons"]
[45,"Chemical Engineering Journal",21.7,"98.0%\n8/384\nIndustrial and Manufacturing Engineering",511884,23616,87,1.955,2.852,"Elsevier"]
[46,"Nano Today",21.5,"99.0%\n2/183\nPharmaceutical Science",18750,871,86,1.806,3.483,"Elsevier"]
[47,"Natural Product Reports",21.2,"97.0%\n5/211\nOrganic Chemistry",7174,339,87,2.772,2.297,"Royal Society of Chemistry"]
[48,"Trends in Environmental Analytical Chemistry",21.2,"99.0%\n1/156\nAnalytical Chemistry",2996,141,87,2.198,1.851,"Elsevier"]
[49,"Annual Review of Biophysics",21,"99.0%\n2/152\nBiophysics",1868,89,93,2.641,5.561,"Annual Reviews Inc."]
[50,"ACS Catalysis",20.8,"94.0%\n21/408\nGeneral Chemistry",114632,5498,89,2.022,3.847,"American Chemical Society"]
[51,"Bioresource Technology",20.8,"97.0%\n6/197\nEnvironmental Engineering",137044,6602,93,1.771,2.576,"Elsevier"]
[52,"Biosensors and Bioelectronics",20.8,"98.0%\n3/152\nBiophysics",65642,3155,92,1.598,2.052,"Elsevier"]
[53,"Carbon",20.8,"96.0%\n18/463\nGeneral Materials Science",75205,3624,92,1.721,2.171,"Elsevier"]
[54,"TrAC - Trends in Analytical Chemistry",20,"99.0%\n1/76\nSpectroscopy",26308,1316,85,2.365,2.108,"Elsevier"]
[55,"Food Hydrocolloids",19.9,"98.0%\n8/389\nFood Science",68073,3415,92,2.236,2.717,"Elsevier"]
[56,"Redox Biology",19.9,"97.0%\n6/211\nOrganic Chemistry",30485,1531,89,2.135,3.008,"Elsevier"]
[57,"Journal of Materials Chemistry A",19.5,"95.0%\n20/463\nGeneral Materials Science",172411,8858,86,1.424,2.804,"Royal Society of Chemistry"]
[58,"Engineering",19.2,"99.0%\n2/307\nGeneral Engineering",12907,671,87,2.48,1.646,"Elsevier"]
[59,"Advanced Science",18.9,"99.0%\n1/103\nBiochemistry, Genetics and Molecular Biology (miscellaneous)",95266,5030,85,2.11,3.914,"John Wiley & Sons"]
[60,"Materials Horizons",18.9,"97.0%\n12/398\nMechanics of Materials",24615,1301,79,1.854,3.376,"Royal Society of Chemistry"]
[61,"Journal of Nanostructure in Chemistry",18.2,"96.0%\n4/111\nChemistry (miscellaneous)",3189,175,97,1.405,1.264,"Springer Nature"]
[62,"Biomaterials Advances",17.8,"95.0%\n13/303\nBiomedical Engineering",53379,2991,93,1.232,1.235,"Elsevier"]
[63,"Nano Materials Science",17.8,"96.0%\n13/398\nMechanics of Materials",2374,133,98,1.779,1.721,"KeAi Communications Co."]
[64,"Accounts of Materials Research",17.7,"95.0%\n8/161\nPolymers and Plastics",5384,304,88,1.914,4.403,"American Chemical Society"]
[65,"Small",17.7,"95.0%\n16/311\nBiotechnology",119887,6774,89,1.632,3.348,"John Wiley & Sons"]
[66,"Wiley Interdisciplinary Reviews: Nanomedicine and Nanobiotechnology",17.6,"97.0%\n10/398\nMedicine (miscellaneous)",5197,295,94,1.271,1.571,"John Wiley & Sons"]
[67,"Environmental Science and Technology",17.5,"93.0%\n26/408\nGeneral Chemistry",117548,6701,84,2.034,3.516,"American Chemical Society"]
[68,"Aggregate",17.4,"95.0%\n6/111\nChemistry (miscellaneous)",4599,265,88,2.283,3.994,"John Wiley & Sons"]
[69,"Biofabrication",17.4,"95.0%\n19/438\nBiochemistry",8807,507,90,1.276,1.769,"Institute of Physics Publishing"]
[70,"Sensors International",17.4,"96.0%\n1/16\nChemical Health and Safety",3781,217,91,2.166,1.184,"KeAi Communications Co."]
[71,"Small Methods",17.4,"94.0%\n27/463\nGeneral Materials Science",21773,1252,88,1.531,3.107,"John Wiley & Sons"]
[72,"EcoMat",17.3,"96.0%\n7/189\nPhysical and Theoretical Chemistry",4264,246,89,1.735,3.369,"John Wiley & Sons"]
[73,"Small Structures",17.3,"97.0%\n5/219\nEnvironmental Science (miscellaneous)",8136,470,84,1.643,"N/A","John Wiley & Sons"]
[74,"Journal of Membrane Science",17.1,"97.0%\n1/19\nFiltration and Separation",65501,3830,92,1.348,1.848,"Elsevier"]
[75,"Nano Letters",16.8,"97.0%\n10/434\nCondensed Matter Physics",88869,5303,84,1.725,3.411,"American Chemical Society"]
[76,"Wuli Huaxue Xuebao/ Acta Physico - Chimica Sinica",16.6,"95.0%\n9/189\nPhysical and Theoretical Chemistry",7875,475,91,1.032,1.606,"Chinese Chemical Society and Peking University"]
[77,"Current Opinion in Colloid and Interface Science",16.5,"95.0%\n3/57\nSurfaces and Interfaces",4588,278,87,1.97,1.454,"Elsevier"]
[78,"Materials Science for Energy Technologies",16.5,"94.0%\n7/128\nFuel Technology",4002,242,93,1.808,1.235,"KeAi Communications Co."]
[79,"Journal of Power Sources",16.4,"95.0%\n33/797\nElectrical and Electronic Engineering",83084,5080,90,1.399,1.857,"Elsevier"]
[80,"Food Chemistry",16.3,"98.0%\n3/156\nAnalytical Chemistry",167849,10272,94,1.985,1.745,"Elsevier"]
[81,"Mass Spectrometry Reviews",16.3,"98.0%\n2/76\nSpectroscopy",2826,173,92,1.876,1.396,"John Wiley & Sons"]
[82,"Current Opinion in Biotechnology",16.2,"94.0%\n18/303\nBiomedical Engineering",11281,695,92,1.455,1.813,"Elsevier"]
[83,"Journal of Pharmaceutical Analysis",16.2,"98.0%\n1/45\nPharmacy",5822,359,83,1.48,1.068,"Xi'an Jiaotong University"]
[84,"Journal of Colloid and Interface Science",16.1,"95.0%\n6/132\nSurfaces, Coatings and Films",122890,7620,91,1.284,1.76,"Elsevier"]
[85,"Annual Review of Chemical and Biomolecular Engineering",16,"96.0%\n11/273\nGeneral Chemical Engineering",1362,85,95,2.034,1.897,"Annual Reviews Inc."]
[86,"Current Opinion in Green and Sustainable Chemistry",16,"97.0%\n10/399\nManagement, Monitoring, Policy and Law",7613,475,95,1.557,1.619,"Elsevier"]
[87,"Chemosphere",15.8,"98.0%\n11/665\nPublic Health, Environmental and Occupational Health",233835,14802,89,1.52,1.806,"Elsevier"]
[88,"ChemSusChem",15.8,"95.0%\n12/273\nGeneral Chemical Engineering",31942,2028,90,1.208,2.045,"John Wiley & Sons"]
[89,"Ultrasonics Sonochemistry",15.8,"98.0%\n1/44\nAcoustics and Ultrasonics",27846,1760,88,1.804,1.514,"Elsevier"]
[90,"Data Handling in Science and Technology",15.6,"99.0%\n3/324\nModeling and Simulation",374,24,100,"N/A","N/A","Elsevier"]
[91,"Metabolic Engineering",15.6,"93.0%\n9/127\nApplied Microbiology and Biotechnology",8239,528,88,1.662,1.853,"Elsevier"]
[92,"Engineered Science",14.9,"98.0%\n10/635\nApplied Mathematics",5329,358,79,1.254,0.87,"Engineered Science Publisher"]
[93,"Annual Review of Analytical Chemistry",14.8,"96.0%\n6/156\nAnalytical Chemistry",1138,77,91,1.707,1.571,"Annual Reviews Inc."]
[94,"ACS Materials Letters",14.6,"95.0%\n14/273\nGeneral Chemical Engineering",14098,964,83,1.429,3.003,"American Chemical Society"]
[95,"Desalination",14.6,"97.0%\n7/261\nWater Science and Technology",30471,2082,87,1.512,1.521,"Elsevier"]
[96,"Sensors and Actuators B: Chemical",14.6,"98.0%\n3/141\nInstrumentation",97073,6627,90,1.319,1.475,"Elsevier"]
[97,"ACS Sensors",14.5,"99.0%\n1/96\nFluid Flow and Transfer Processes",25634,1762,85,1.43,1.701,"American Chemical Society"]
[98,"npj 2D Materials and Applications",14.5,"96.0%\n22/672\nMechanical Engineering",4314,297,87,2.077,2.46,"Springer Nature"]
[99,"Chemical Science",14.4,"91.0%\n34/408\nGeneral Chemistry",82217,5694,85,1.431,2.333,"Royal Society of Chemistry"]
[100,"Green Synthesis and Catalysis",14.4,"92.0%\n25/311\nBiotechnology",2469,171,90,1.609,1.923,"KeAi Communications Co."]
[101,"International Journal of Nanomedicine",14.4,"97.0%\n5/152\nBiophysics",28607,1981,85,1.25,1.273,"Dove Medical Press"]
[102,"Science China Chemistry",14.4,"91.0%\n35/408\nGeneral Chemistry",14536,1009,87,1.127,2.316,"Science China Press"]
[103,"Progress in Nuclear Magnetic Resonance Spectroscopy",14.3,"97.0%\n3/87\nNuclear and High Energy Physics",831,58,91,2.321,1.747,"Elsevier"]
[104,"International Reviews in Physical Chemistry",14.2,"93.0%\n13/189\nPhysical and Theoretical Chemistry",453,32,88,1.586,0.66,"Taylor & Francis"]
[105,"Chemistry of Materials",14.1,"94.0%\n15/273\nGeneral Chemical Engineering",54106,3824,85,1.364,2.421,"American Chemical Society"]
[106,"Chinese Chemical Letters",14.1,"91.0%\n37/408\nGeneral Chemistry",46410,3287,94,1.282,1.662,"Elsevier"]
[107,"Journal of Cheminformatics",14.1,"97.0%\n7/280\nLibrary and Information Sciences",5048,359,81,2.078,1.745,"Chemistry Central"]
[108,"Progress in Solid State Chemistry",14.1,"95.0%\n19/434\nCondensed Matter Physics",608,43,74,1.623,1.32,"Elsevier"]
[109,"Current Opinion in Electrochemistry",14,"94.0%\n9/156\nAnalytical Chemistry",10846,775,89,1.371,1.923,"Elsevier"]
[110,"Separation and Purification Technology",14,"93.0%\n10/156\nAnalytical Chemistry",113414,8117,91,1.372,1.533,"Elsevier"]
[111,"Small Science",14,"91.0%\n17/196\nMaterials Science (miscellaneous)",3735,267,75,1.693,3.304,"John Wiley & Sons"]
[112,"Smart Materials in Medicine",14,"93.0%\n21/303\nBiomedical Engineering",1852,132,95,1.482,1.67,"KeAi Communications Co."]
[113,"Journal of CO2 Utilization",13.9,"91.0%\n7/73\nProcess Chemistry and Technology",18362,1325,91,1.286,1.495,"Elsevier"]
[114,"Journal of Nanobiotechnology",13.9,"95.0%\n8/183\nPharmaceutical Science",22463,1614,84,1.296,1.84,"Springer Nature"]
[115,"ACS Sustainable Chemistry and Engineering",13.8,"94.0%\n16/273\nGeneral Chemical Engineering",92775,6704,86,1.272,1.664,"American Chemical Society"]
[116,"Applied Spectroscopy Reviews",13.8,"96.0%\n5/141\nInstrumentation",1774,129,95,2.063,0.868,"Taylor & Francis"]
[117,"Topics in Current Chemistry",13.7,"90.0%\n39/408\nGeneral Chemistry",2441,178,90,1.458,1.26,"Springer Nature"]
[118,"CCS Chemistry",13.6,"90.0%\n41/408\nGeneral Chemistry",12504,920,94,1.394,2.726,"Chinese Chemical Society"]
[119,"Corrosion Science",13.6,"93.0%\n17/273\nGeneral Chemical Engineering",39078,2868,89,2.054,1.897,"Elsevier"]
[120,"Archives of Pharmacal Research",13.4,"95.0%\n9/211\nOrganic Chemistry",3713,277,90,1.374,1.481,"Pharmaceutical Society of Korea"]
[121,"Current Opinion in Chemical Biology",13.3,"93.0%\n11/156\nAnalytical Chemistry",5729,431,88,1.432,2.328,"Elsevier"]
[122,"Fuel Processing Technology",13.2,"93.0%\n18/273\nGeneral Chemical Engineering",17731,1342,90,1.595,1.45,"Elsevier"]
[123,"Materials Reports: Energy",13,"93.0%\n22/317\nMaterials Chemistry",1135,87,87,2.165,2.367,"KeAi Communications Co."]
[124,"Russian Chemical Reviews",13,"89.0%\n42/408\nGeneral Chemistry",2175,167,86,2.06,0.89,"Editorial Board of the Journal Uspekhi Khimii (Russian Chemical Reviews)"]
[125,"Fuel",12.8,"95.0%\n10/211\nOrganic Chemistry",153397,11967,92,1.645,1.451,"Elsevier"]
[126,"Journal of Leather Science and Engineering",12.8,"92.0%\n29/384\nIndustrial and Manufacturing Engineering",1165,91,99,1.736,1.043,"Springer Nature"]
[127,"Tissue Engineering - Part B: Reviews",12.8,"91.0%\n25/303\nBiomedical Engineering",2504,196,86,1.373,1.366,"Mary Ann Liebert"]
[128,"Journal of Catalysis",12.3,"91.0%\n16/189\nPhysical and Theoretical Chemistry",20276,1646,88,1.248,1.72,"Elsevier"]
[129,"Reviews in Chemical Engineering",12.3,"92.0%\n20/273\nGeneral Chemical Engineering",1777,145,92,1.692,1.057,"Walter de Gruyter"]
[130,"Talanta",12.3,"92.0%\n12/156\nAnalytical Chemistry",51148,4163,92,1.082,0.956,"Elsevier"]
[131,"Separation and Purification Reviews",12.2,"91.0%\n13/156\nAnalytical Chemistry",1070,88,93,1.43,0.9,"Taylor & Francis"]
[132,"Analytical Chemistry",12.1,"91.0%\n14/156\nAnalytical Chemistry",99926,8248,84,1.274,1.621,"American Chemical Society"]
[133,"Indonesian Journal of Science and Technology",12.1,"97.0%\n6/229\nGeotechnical Engineering and Engineering Geology",1633,135,85,2.322,0.9,"Universitas Pendidikan Indonesia"]
[134,"Journal of King Saud University - Engineering Sciences",12.1,"98.0%\n2/96\nFluid Flow and Transfer Processes",3056,252,94,1.812,0.865,"King Saud University"]
[135,"Rare Metals",12.1,"94.0%\n23/434\nCondensed Matter Physics",14585,1208,88,1.344,1.428,"Springer Nature"]
[136,"Critical Reviews in Analytical Chemistry",12,"90.0%\n15/156\nAnalytical Chemistry",3244,271,96,1.26,0.797,"Taylor & Francis"]
[137,"Innovative Food Science and Emerging Technologies",12,"94.0%\n20/389\nFood Science",11758,976,88,1.354,1.384,"Elsevier"]
[138,"Journal of Materials Chemistry B",12,"91.0%\n27/303\nBiomedical Engineering",39863,3331,84,0.918,1.216,"Royal Society of Chemistry"]
[139,"European Journal of Medicinal Chemistry",11.7,"95.0%\n11/211\nOrganic Chemistry",39199,3341,88,1.406,1.151,"Elsevier"]
[140,"Nanotechnology, Science and Applications",11.7,"90.0%\n29/303\nBiomedical Engineering",362,31,74,1.304,0.848,"Dove Medical Press"]
[141,"Green Chemical Engineering",11.6,"88.0%\n9/73\nProcess Chemistry and Technology",1689,146,97,1.47,1.692,"KeAi Communications Co."]
[142,"Catalysis Today",11.5,"89.0%\n45/408\nGeneral Chemistry",26176,2286,93,1.024,1.022,"Elsevier"]
[143,"Food Reviews International",11.5,"93.0%\n24/389\nFood Science",5329,465,92,1.981,1.376,"Taylor & Francis"]
[144,"Molecular and Cellular Proteomics",11.5,"90.0%\n41/438\nBiochemistry",6986,607,83,1.264,2.348,"Elsevier"]
[145,"Cell Reports Physical Science",11.4,"93.0%\n19/307\nGeneral Engineering",15329,1346,82,1.279,2.446,"Elsevier"]
[146,"Journal of Environmental Chemical Engineering",11.4,"87.0%\n22/167\nPollution",90674,7980,82,1.262,1.355,"Elsevier"]
[147,"Nanotechnology Reviews",11.4,"94.0%\n11/204\nEngineering (miscellaneous)",6617,580,81,1.396,1.024,"Walter de Gruyter"]
[148,"New Biotechnology",11.4,"88.0%\n36/311\nBiotechnology",3105,273,83,1.039,0.888,"Elsevier"]
[149,"Process Safety and Environmental Protection",11.4,"95.0%\n10/207\nSafety, Risk, Reliability and Quality",34855,3056,85,1.635,1.293,"Institution of Chemical Engineers"]
[150,"Progress in Organic Coatings",11.4,"94.0%\n12/211\nOrganic Chemistry",23841,2087,88,1.381,1.096,"Elsevier"]
[151,"Ultrafast Science",11.4,"96.0%\n3/81\nPhysics and Astronomy (miscellaneous)",698,61,74,5.248,3.143,"American Association for the Advancement of Science"]
[152,"Applied Thermal Engineering",11.3,"97.0%\n3/96\nFluid Flow and Transfer Processes",68453,6064,88,1.84,1.488,"Elsevier"]
[153,"Chemical Engineering Science: X",11.3,"91.0%\n35/384\nIndustrial and Manufacturing Engineering",687,61,93,1.546,0.75,"Elsevier"]
[154,"Electrochimica Acta",11.3,"90.0%\n26/273\nGeneral Chemical Engineering",72519,6406,87,0.943,1.159,"Elsevier"]
[155,"Current Research in Green and Sustainable Chemistry",11.2,"91.0%\n28/317\nMaterials Chemistry",4091,365,90,1.285,0.977,"Elsevier"]
[156,"Engineering Science and Technology, an International Journal",11.2,"96.0%\n4/96\nFluid Flow and Transfer Processes",6624,592,85,1.933,0.966,"Elsevier"]
[157,"Gas Science and Engineering",11.2,"94.0%\n12/229\nGeotechnical Engineering and Engineering Geology",18809,1683,92,1.38,1.161,"Elsevier"]
[158,"Microbial Biotechnology",11.2,"90.0%\n13/127\nApplied Microbiology and Biotechnology",7589,676,88,1.124,1.185,"John Wiley & Sons"]
[159,"Colloids and Surfaces B: Biointerfaces",11.1,"89.0%\n20/189\nPhysical and Theoretical Chemistry",28890,2599,89,0.91,0.91,"Elsevier"]
[160,"Lab on a Chip",11.1,"89.0%\n47/438\nBiochemistry",17332,1558,82,1.183,1.246,"Royal Society of Chemistry"]
[161,"Nanomedicine: Nanotechnology, Biology, and Medicine",11.1,"93.0%\n12/183\nPharmaceutical Science",6259,564,92,0.743,0.863,"Elsevier"]
[162,"Chemical Record",11,"90.0%\n30/317\nMaterials Chemistry",7083,645,87,1.237,1.338,"John Wiley & Sons"]
[163,"International Communications in Heat and Mass Transfer",11,"93.0%\n29/434\nCondensed Matter Physics",26243,2383,84,1.548,1.052,"Elsevier"]
[164,"Arabian Journal of Chemistry",10.8,"88.0%\n31/273\nGeneral Chemical Engineering",30005,2773,84,1.318,0.864,"Elsevier"]
[165,"Journal of Materials Chemistry C",10.8,"90.0%\n32/317\nMaterials Chemistry",71379,6608,83,1.034,1.358,"Royal Society of Chemistry"]
[166,"2D Materials",10.7,"94.0%\n40/672\nMechanical Engineering",7867,737,89,1.037,1.483,"Institute of Physics Publishing"]
[167,"Journal of Water Process Engineering",10.7,"92.0%\n15/207\nSafety, Risk, Reliability and Quality",37357,3477,80,1.233,1.278,"Elsevier"]
[168,"Microporous and Mesoporous Materials",10.7,"92.0%\n31/434\nCondensed Matter Physics",26486,2476,91,0.956,0.941,"Elsevier"]
[169,"Polymer Testing",10.7,"94.0%\n13/211\nOrganic Chemistry",18442,1723,87,1.425,0.899,"Elsevier"]
[170,"Advances in Clinical Chemistry",10.6,"87.0%\n15/117\nClinical Biochemistry",1525,144,83,1.245,0.877,"Elsevier"]
[171,"Biomacromolecules",10.6,"90.0%\n16/161\nPolymers and Plastics",19571,1852,85,1.064,1.232,"American Chemical Society"]
[172,"Carbon Capture Science and Technology",10.6,"93.0%\n14/219\nEnvironmental Science (miscellaneous)",1217,115,84,3.043,2.041,"Elsevier"]
[173,"Chem Catalysis",10.5,"93.0%\n14/211\nOrganic Chemistry",4358,414,88,1.565,3.455,"Elsevier"]
[174,"ACS Macro Letters",10.4,"96.0%\n3/79\nInorganic Chemistry",10130,970,86,1.083,1.491,"American Chemical Society"]
[175,"Analytica Chimica Acta",10.4,"91.0%\n7/76\nSpectroscopy",39536,3799,86,1.067,0.998,"Elsevier"]
[176,"Inorganic Chemistry Frontiers",10.4,"96.0%\n3/79\nInorganic Chemistry",22265,2132,82,0.958,1.255,"Royal Society of Chemistry"]
[177,"Journal of Industrial and Engineering Chemistry",10.4,"88.0%\n32/273\nGeneral Chemical Engineering",21989,2115,88,1.058,1.021,"Korean Society of Industrial Engineering Chemistry"]
[178,"ACS Applied Energy Materials",10.3,"88.0%\n90/797\nElectrical and Electronic Engineering",58137,5630,87,0.888,1.467,"American Chemical Society"]
[179,"International Journal of Heat and Mass Transfer",10.3,"95.0%\n5/96\nFluid Flow and Transfer Processes",52415,5092,88,1.69,1.224,"Elsevier"]
[180,"Journal of Molecular Liquids",10.3,"91.0%\n37/434\nCondensed Matter Physics",108521,10563,85,1.136,0.918,"Elsevier"]
[181,"Mineral Processing and Extractive Metallurgy Review",10.3,"93.0%\n41/672\nMechanical Engineering",2044,198,93,1.795,0.962,"Taylor & Francis"]
[182,"International Journal of Thermofluids",10.1,"94.0%\n6/96\nFluid Flow and Transfer Processes",5014,497,75,2.228,1.262,"Elsevier"]
[183,"Surface and Coatings Technology",10,"90.0%\n41/434\nCondensed Matter Physics",41354,4121,88,1.409,1.034,"Elsevier"]
[184,"AVS Quantum Science",9.9,"92.0%\n13/176\nComputational Theory and Mathematics",1779,180,68,2.125,2.534,"American Institute of Physics"]
[185,"Carbon Resources Conversion",9.9,"83.0%\n21/128\nFuel Technology",1120,113,91,1.468,1.116,"KeAi Communications Co."]
[186,"European Polymer Journal",9.9,"92.0%\n16/211\nOrganic Chemistry",23739,2393,84,1.065,0.982,"Elsevier"]
[187,"Journal of Agricultural and Food Chemistry",9.9,"94.0%\n13/221\nGeneral Agricultural and Biological Sciences",58224,5878,82,1.259,1.114,"American Chemical Society"]
[188,"Journal of Chemical Theory and Computation",9.9,"88.0%\n23/189\nPhysical and Theoretical Chemistry",24606,2489,84,1.433,1.457,"American Chemical Society"]
[189,"Mechanism and Machine Theory",9.9,"93.0%\n47/672\nMechanical Engineering",13342,1350,90,2.384,1.601,"Elsevier"]
[190,"Powder Technology",9.9,"88.0%\n33/273\nGeneral Chemical Engineering",39641,4016,87,1.459,0.97,"Elsevier"]
[191,"Journal of Chemical Information and Modeling",9.8,"93.0%\n18/280\nLibrary and Information Sciences",22369,2278,80,1.329,1.396,"American Chemical Society"]
[192,"Microchimica Acta",9.8,"88.0%\n18/156\nAnalytical Chemistry",20207,2054,85,0.778,0.848,"Springer Nature"]
[193,"Bioorganic Chemistry",9.7,"92.0%\n17/211\nOrganic Chemistry",30612,3158,88,1.137,0.745,"Elsevier"]
[194,"Food and Bioproducts Processing",9.7,"90.0%\n36/389\nFood Science",5408,557,88,1.052,0.725,"Institution of Chemical Engineers"]
[195,"Journal of Physical Chemistry Letters",9.6,"87.0%\n25/189\nPhysical and Theoretical Chemistry",59188,6183,83,1.067,1.586,"American Chemical Society"]
[196,"Progress in Biomaterials",9.6,"81.0%\n15/77\nChemical Engineering (miscellaneous)",824,86,93,1.053,0.816,"Springer Nature"]
[197,"Advanced Powder Technology",9.5,"89.0%\n42/398\nMechanics of Materials",14911,1568,87,1.113,0.813,"Elsevier"]
[198,"Combustion and Flame",9.5,"90.0%\n24/243\nGeneral Physics and Astronomy",19794,2094,84,1.838,1.656,"Elsevier"]
[199,"Food and Bioprocess Technology",9.5,"92.0%\n17/207\nSafety, Risk, Reliability and Quality",6927,727,91,1.307,1.006,"Springer Nature"]
[200,"ACS Applied Bio Materials",9.4,"85.0%\n60/408\nGeneral Chemistry",24091,2576,86,0.736,0.9,"American Chemical Society"]
[201,"Advanced Synthesis and Catalysis",9.4,"91.0%\n18/211\nOrganic Chemistry",19172,2039,84,0.982,1.02,"John Wiley & Sons"]
[202,"Ceramics International",9.4,"85.0%\n19/132\nSurfaces, Coatings and Films",142644,15239,85,1.18,0.938,"Elsevier"]
[203,"Colloids and Interface Science Communications",9.4,"86.0%\n18/132\nSurfaces, Coatings and Films",4889,519,90,0.924,0.874,"Elsevier"]
[204,"APL Bioengineering",9.3,"90.0%\n15/152\nBiophysics",2314,250,78,1.028,1.119,"American Institute of Physics"]
[205,"Macromolecules",9.3,"94.0%\n5/79\nInorganic Chemistry",37214,3994,85,1.162,1.401,"American Chemical Society"]
[206,"Microbial Cell Factories",9.3,"87.0%\n17/127\nApplied Microbiology and Biotechnology",9021,971,82,1.186,1.048,"Springer Nature"]
[207,"Organic Letters",9.3,"90.0%\n20/211\nOrganic Chemistry",65504,7045,86,1.02,1.245,"American Chemical Society"]
[208,"Case Studies in Chemical and Environmental Engineering",9.2,"91.0%\n19/219\nEnvironmental Science (miscellaneous)",4735,515,73,1.413,1.283,"Elsevier"]
[209,"Energy and Fuels",9.2,"86.0%\n38/273\nGeneral Chemical Engineering",52837,5721,84,1.076,1.018,"American Chemical Society"]
[210,"Extreme Mechanics Letters",9.2,"91.0%\n18/204\nEngineering (miscellaneous)",6956,756,85,1.131,1.26,"Elsevier"]
[211,"Interface Focus",9.2,"89.0%\n16/152\nBiophysics",2022,220,91,1.18,1.15,"The Royal Society"]
[212,"Nano-Structures and Nano-Objects",9.2,"89.0%\n45/434\nCondensed Matter Physics",3610,392,74,0.947,0.736,"Elsevier"]
[213,"Tissue Engineering - Part A.",9.2,"82.0%\n75/438\nBiochemistry",3353,364,86,0.823,0.825,"Mary Ann Liebert"]
[214,"Bioelectrochemistry",9.1,"88.0%\n18/152\nBiophysics",7271,796,88,0.898,0.705,"Elsevier"]
[215,"Green Chemistry Letters and Reviews",9.1,"84.0%\n62/408\nGeneral Chemistry",921,101,78,1.474,1.138,"Taylor & Francis"]
[216,"JACS Au",9.1,"90.0%\n21/211\nOrganic Chemistry",7105,778,80,1.808,2.937,"American Chemical Society"]
[217,"Journal of Analytical and Applied Pyrolysis",9.1,"86.0%\n21/156\nAnalytical Chemistry",11624,1282,81,1.211,1.146,"Elsevier"]
[218,"Journal of Environmental Planning and Management",9.1,"93.0%\n54/821\nGeography, Planning and Development",4443,486,91,1.169,0.96,"Taylor & Francis"]
[219,"Journal of Natural Products",9.1,"93.0%\n7/105\nComplementary and Alternative Medicine",12097,1327,85,1.42,0.802,"American Chemical Society"]
[220,"Journal of Non-Equilibrium Thermodynamics",9.1,"89.0%\n26/243\nGeneral Physics and Astronomy",1105,121,79,0.981,0.665,"Walter de Gruyter"]
[221,"Journal of Power Sources Advances",9.1,"85.0%\n48/317\nMaterials Chemistry",647,71,86,1.119,1.185,"Elsevier"]
[222,"Journal of the Taiwan Institute of Chemical Engineers",9.1,"85.0%\n40/273\nGeneral Chemical Engineering",14500,1590,87,0.987,0.849,"Taiwan Institute of Chemical Engineers"]
[223,"Applied Catalysis A: General",9,"78.0%\n16/73\nProcess Chemistry and Technology",12913,1428,85,1.011,0.967,"Elsevier"]
[224,"Bioconjugate Chemistry",9,"89.0%\n23/211\nOrganic Chemistry",8379,934,84,0.861,1.085,"American Chemical Society"]
[225,"Comments on Inorganic Chemistry",9,"93.0%\n6/79\nInorganic Chemistry",243,27,81,0.653,0.836,"Taylor & Francis"]
[226,"Journal of Proteome Research",9,"84.0%\n64/408\nGeneral Chemistry",13322,1484,85,0.896,1.299,"American Chemical Society"]
[227,"Journal of Biotechnology",8.9,"86.0%\n18/127\nApplied Microbiology and Biotechnology",6600,741,86,0.942,0.741,"Elsevier"]
[228,"Journal of Saudi Chemical Society",8.9,"83.0%\n66/408\nGeneral Chemistry",4171,471,80,1.253,0.866,"Elsevier"]
[229,"Materials Today Chemistry",8.9,"84.0%\n25/161\nPolymers and Plastics",13884,1558,82,1.069,1.239,"Elsevier"]
[230,"Reactive and Functional Polymers",8.9,"85.0%\n41/273\nGeneral Chemical Engineering",8827,993,84,0.872,0.774,"Elsevier"]
[231,"Chinese Journal of Chemistry",8.8,"83.0%\n67/408\nGeneral Chemistry",11348,1285,86,0.943,1.294,"John Wiley & Sons"]
[232,"Education for Chemical Engineers",8.8,"95.0%\n77/1543\nEducation",1548,176,81,2.042,0.933,"Elsevier"]
[233,"Journal of Aerosol Science",8.8,"92.0%\n8/96\nFluid Flow and Transfer Processes",3946,448,84,1.345,0.87,"Elsevier"]
[234,"Biological Trace Element Research",8.7,"91.0%\n7/79\nInorganic Chemistry",16229,1874,89,1.142,0.764,"Springer Nature"]
[235,"Carbohydrate Polymer Technologies and Applications",8.7,"87.0%\n14/111\nChemistry (miscellaneous)",3306,379,80,1.185,0.944,"Elsevier"]
[236,"Catalysis Science and Technology",8.7,"69.0%\n21/68\nCatalysis",23165,2669,82,0.818,1.05,"Royal Society of Chemistry"]
[237,"Colloids and Surfaces A: Physicochemical and Engineering Aspects",8.7,"83.0%\n31/189\nPhysical and Theoretical Chemistry",66123,7606,85,0.923,0.86,"Elsevier"]
[238,"Computers and Chemical Engineering",8.7,"84.0%\n43/273\nGeneral Chemical Engineering",12059,1394,86,1.234,0.903,"Elsevier"]
[239,"Journal of Rare Earths",8.7,"92.0%\n12/154\nGeochemistry and Petrology",7174,827,91,1.218,0.881,"Editorial Office of Chinese Rare Earths"]
[240,"Microchemical Journal",8.7,"88.0%\n9/76\nSpectroscopy",41714,4769,85,0.974,0.742,"Elsevier"]
[241,"Minerals Engineering",8.7,"89.0%\n71/672\nMechanical Engineering",15813,1810,83,1.426,1.027,"Elsevier"]
[242,"Batteries and Supercaps",8.6,"84.0%\n121/797\nElectrical and Electronic Engineering",5917,689,80,0.757,1.438,"John Wiley & Sons"]
[243,"Case Studies in Thermal Engineering",8.6,"91.0%\n9/96\nFluid Flow and Transfer Processes",27309,3167,79,1.611,1.035,"Elsevier"]
[244,"Chemical Communications",8.6,"87.0%\n22/176\nMetals and Alloys",91749,10641,83,0.794,1.133,"Royal Society of Chemistry"]
[245,"Current Medicinal Chemistry",8.6,"88.0%\n24/211\nOrganic Chemistry",10699,1240,93,0.75,0.759,"Bentham Science Publishers"]
[246,"Current Opinion in Biomedical Engineering",8.6,"89.0%\n42/398\nMedicine (miscellaneous)",2231,260,83,0.785,0.799,"Elsevier"]
[247,"Polymer Chemistry",8.6,"88.0%\n24/211\nOrganic Chemistry",20639,2392,84,0.819,0.969,"Royal Society of Chemistry"]
[248,"ACS ES and T Engineering",8.5,"90.0%\n2/16\nChemical Health and Safety",4575,536,79,1.257,1.932,"American Chemical Society"]
[249,"Advanced Membranes",8.5,"81.0%\n36/196\nMaterials Science (miscellaneous)",436,51,71,1.827,1.346,"KeAi Communications Co."]
[250,"Electrochemistry Communications",8.5,"75.0%\n15/60\nElectrochemistry",5451,643,83,0.874,1.087,"Elsevier"]
[251,"Frontiers in Chemistry",8.5,"82.0%\n72/408\nGeneral Chemistry",38663,4551,82,0.867,0.818,"Frontiers Media SA"]
[252,"Giant",8.5,"82.0%\n55/317\nMaterials Chemistry",1542,181,77,0.971,1.348,"Elsevier"]
[253,"Journal of Thermal Analysis and Calorimetry",8.5,"95.0%\n7/132\nGeneral Dentistry",33791,3966,79,0.995,0.585,"Springer Nature"]
[254,"Nanomaterials",8.5,"84.0%\n44/273\nGeneral Chemical Engineering",112850,13294,84,0.965,0.798,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[255,"KONA Powder and Particle Journal",8.4,"90.0%\n30/307\nGeneral Engineering",597,71,87,1.301,0.591,"Hosokawa Powder Technology Foundation"]
[256,"South African Journal of Chemical Engineering",8.4,"94.0%\n83/1543\nEducation",2890,343,81,1.395,0.832,"Elsevier"]
[257,"Spectrochimica Acta - Part A: Molecular and Biomolecular Spectroscopy",8.4,"89.0%\n15/141\nInstrumentation",42481,5066,87,0.976,0.653,"Elsevier"]
[258,"Chemical Engineering Journal Advances",8.3,"85.0%\n58/384\nIndustrial and Manufacturing Engineering",4615,555,82,1.101,1.056,"Elsevier"]
[259,"Frontiers in Bioengineering and Biotechnology",8.3,"87.0%\n8/62\nHistology",56891,6826,79,1.011,0.893,"Frontiers Media SA"]
[260,"International Nano Letters",8.3,"87.0%\n49/398\nMedicine (miscellaneous)",909,110,84,0.915,0.586,"Springer Nature"]
[261,"Materials Today Bio",8.3,"79.0%\n64/303\nBiomedical Engineering",6616,798,77,1.202,1.518,"Elsevier"]
[262,"Natural Products and Bioprospecting",8.3,"91.0%\n44/516\nPlant Science",1514,182,75,1.286,0.745,"Springer Nature"]
[263,"Process Biochemistry",8.3,"84.0%\n20/127\nApplied Microbiology and Biotechnology",11847,1435,83,0.896,0.701,"Elsevier"]
[264,"Bioengineered",8.2,"83.0%\n22/127\nApplied Microbiology and Biotechnology",18389,2256,94,0.673,0.899,"Taylor & Francis"]
[265,"Dyes and Pigments",8.2,"82.0%\n47/273\nGeneral Chemical Engineering",28656,3511,86,0.802,0.669,"Elsevier"]
[266,"Adsorption",8.1,"82.0%\n48/273\nGeneral Chemical Engineering",1894,235,82,0.988,0.72,"Springer Nature"]
[267,"ChemCatChem",8.1,"87.0%\n10/79\nInorganic Chemistry",17992,2233,83,0.775,1.034,"John Wiley & Sons"]
[268,"International Journal of Molecular Sciences",8.1,"90.0%\n8/79\nInorganic Chemistry",454943,56170,80,1.12,1.179,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[269,"Nanomedicine",8.1,"91.0%\n26/306\nDevelopment",4930,608,79,0.562,0.67,"Taylor & Francis"]
[270,"Nature Synthesis",8.1,"89.0%\n9/79\nInorganic Chemistry",2383,295,71,2.033,4.759,"Springer Nature"]
[271,"Analytical and Bioanalytical Chemistry",8,"83.0%\n26/156\nAnalytical Chemistry",20581,2561,85,0.859,0.686,"Springer Nature"]
[272,"Biochimica et Biophysica Acta - Proteins and Proteomics",8,"83.0%\n25/152\nBiophysics",2560,320,84,0.752,0.771,"Elsevier"]
[273,"International Journal of Polymeric Materials and Polymeric Biomaterials",8,"83.0%\n27/156\nAnalytical Chemistry",3478,434,90,0.65,0.524,"Taylor & Francis"]
[274,"Journal of Chemical Reviews",8,"88.0%\n26/219\nEnvironmental Science (miscellaneous)",719,90,87,0.929,"N/A","Sami Publishing Company"]
[275,"Journal of Computer-Aided Molecular Design",8,"81.0%\n35/189\nPhysical and Theoretical Chemistry",2251,280,82,0.811,0.609,"Springer Nature"]
[276,"Journal of Materials Science: Materials in Medicine",8,"83.0%\n26/152\nBiophysics",3300,415,86,0.884,0.651,"Springer Nature"]
[277,"Nanoscale Advances",8,"89.0%\n34/307\nGeneral Engineering",18065,2257,78,0.87,0.953,"Royal Society of Chemistry"]
[278,"Polymers",8,"81.0%\n77/408\nGeneral Chemistry",140803,17639,82,1.118,0.8,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[279,"Bioprocess and Biosystems Engineering",7.9,"77.0%\n71/311\nBiotechnology",5611,711,84,0.821,0.64,"Springer Nature"]
[280,"Biotechnology and Bioengineering",7.9,"82.0%\n23/127\nApplied Microbiology and Biotechnology",9633,1220,88,0.885,0.811,"John Wiley & Sons"]
[281,"ChemBioEng Reviews",7.9,"84.0%\n60/384\nIndustrial and Manufacturing Engineering",1101,139,71,1.376,1.089,"John Wiley & Sons"]
[282,"ChemElectroChem",7.9,"74.0%\n16/60\nElectrochemistry",13655,1738,86,0.596,0.949,"John Wiley & Sons"]
[283,"Chemistry - A European Journal",7.9,"84.0%\n33/211\nOrganic Chemistry",57695,7316,83,0.865,1.058,"John Wiley & Sons"]
[284,"Journal of Chromatography A",7.9,"85.0%\n32/211\nOrganic Chemistry",24378,3072,85,0.923,0.717,"Elsevier"]
[285,"Journal of Photochemistry and Photobiology A: Chemistry",7.9,"86.0%\n34/243\nGeneral Physics and Astronomy",19251,2433,84,0.814,0.646,"Elsevier"]
[286,"Macromolecular Bioscience",7.9,"80.0%\n61/317\nMaterials Chemistry",6046,768,82,0.763,0.907,"John Wiley & Sons"]
[287,"Polymer",7.9,"85.0%\n31/211\nOrganic Chemistry",27449,3456,85,0.949,0.829,"Elsevier"]
[288,"Applied Organometallic Chemistry",7.8,"86.0%\n11/79\nInorganic Chemistry",14881,1899,87,0.785,0.557,"John Wiley & Sons"]
[289,"Biofuels, Bioproducts and Biorefining",7.8,"71.0%\n78/270\nRenewable Energy, Sustainability and the Environment",3539,454,82,0.977,0.748,"John Wiley & Sons"]
[290,"Chemical Engineering and Processing - Process Intensification",7.8,"83.0%\n64/384\nIndustrial and Manufacturing Engineering",11093,1429,84,1.066,0.739,"Elsevier"]
[291,"Intermetallics",7.8,"86.0%\n94/672\nMechanical Engineering",8066,1040,86,1.258,1.017,"Elsevier"]
[292,"Journal of Electroanalytical Chemistry",7.8,"81.0%\n51/273\nGeneral Chemical Engineering",27079,3467,85,0.72,0.755,"Elsevier"]
[293,"Journal of Physics and Chemistry of Solids",7.8,"85.0%\n62/434\nCondensed Matter Physics",16330,2096,84,0.878,0.703,"Elsevier"]
[294,"npj Materials Degradation",7.8,"85.0%\n17/111\nChemistry (miscellaneous)",2226,284,79,1.748,1.121,"Springer Nature"]
[295,"Organic Chemistry Frontiers",7.8,"84.0%\n34/211\nOrganic Chemistry",20020,2570,79,0.904,1.016,"Royal Society of Chemistry"]
[296,"The Analyst",7.8,"84.0%\n12/76\nSpectroscopy",22246,2863,80,0.725,0.693,"Royal Society of Chemistry"]
[297,"Advances in Nano Research",7.7,"89.0%\n11/96\nFluid Flow and Transfer Processes",2378,309,63,0.664,0.536,"Techno Press"]
[298,"Biocatalysis and Agricultural Biotechnology",7.7,"88.0%\n47/406\nAgronomy and Crop Science",11399,1481,79,0.962,0.671,"Elsevier"]
[299,"Biochip Journal",7.7,"81.0%\n149/797\nElectrical and Electronic Engineering",1228,159,86,0.929,0.83,"Springer Nature"]
[300,"Communications Chemistry",7.7,"79.0%\n83/408\nGeneral Chemistry",5593,728,78,1.254,1.468,"Springer Nature"]
[301,"Egyptian Journal of Petroleum",7.7,"87.0%\n19/154\nGeochemistry and Petrology",973,126,82,1.071,0.582,"Egyptian Petroleum Research Institute"]
[302,"Journal of Industrial Microbiology and Biotechnology",7.7,"79.0%\n26/127\nApplied Microbiology and Biotechnology",1892,247,85,0.803,0.746,"Oxford University Press"]
[303,"Macromolecular Rapid Communications",7.7,"83.0%\n36/211\nOrganic Chemistry",10085,1316,84,0.8,1.056,"John Wiley & Sons"]
[304,"Aldrichimica Acta",7.6,"82.0%\n38/211\nOrganic Chemistry",129,17,65,0.437,0.82,"Aldrich"]
[305,"Chemistry and Physics of Lipids",7.6,"82.0%\n37/211\nOrganic Chemistry",1973,259,88,0.786,0.683,"Elsevier"]
[306,"Enzyme and Microbial Technology",7.6,"79.0%\n27/127\nApplied Microbiology and Biotechnology",4593,604,87,0.8,0.649,"Elsevier"]
[307,"Frontiers of Chemical Science and Engineering",7.6,"80.0%\n54/273\nGeneral Chemical Engineering",3894,511,79,0.921,0.792,"Higher Education Press"]
[308,"Inorganic Chemistry",7.6,"85.0%\n12/79\nInorganic Chemistry",60885,8008,82,0.894,0.928,"American Chemical Society"]
[309,"Journal of Supercritical Fluids",7.6,"85.0%\n64/434\nCondensed Matter Physics",6339,830,86,0.897,0.663,"Elsevier"]
[310,"Liquid Crystals Reviews",7.6,"84.0%\n66/434\nCondensed Matter Physics",136,18,94,1.703,1.47,"Taylor & Francis"]
[311,"Materials Advances",7.6,"84.0%\n18/111\nChemistry (miscellaneous)",16683,2191,74,0.929,1.033,"Royal Society of Chemistry"]
[312,"Chemical Engineering Science",7.5,"82.0%\n68/384\nIndustrial and Manufacturing Engineering",25989,3453,82,1.209,0.817,"Elsevier"]
[313,"Chemometrics and Intelligent Laboratory Systems",7.5,"83.0%\n13/76\nSpectroscopy",5548,744,79,1.184,0.667,"Elsevier"]
[314,"Experimental and Computational Multiphase Flow",7.5,"90.0%\n8/77\nNuclear Energy and Engineering",861,115,97,1.395,0.784,"Tsinghua University Press"]
[315,"IUCrJ",7.5,"84.0%\n67/434\nCondensed Matter Physics",2481,330,82,0.969,1.755,"International Union of Crystallography"]
[316,"Journal of diabetes science and technology",7.5,"82.0%\n29/167\nInternal Medicine",3815,508,86,1.082,1.048,"Diabetes Technology Society"]
[317,"Journal of Pipeline Science and Engineering",7.5,"85.0%\n14/96\nFluid Flow and Transfer Processes",679,91,79,2.34,0.882,"KeAi Communications Co."]
[318,"Polymer Composites",7.5,"79.0%\n85/408\nGeneral Chemistry",17251,2289,83,1.137,0.795,"John Wiley & Sons"]
[319,"Propulsion and Power Research",7.5,"88.0%\n18/153\nAerospace Engineering",1019,136,79,1.6,0.763,"KeAi Communications Co."]
[320,"Reviews in Analytical Chemistry",7.5,"79.0%\n32/156\nAnalytical Chemistry",599,80,76,1.042,0.621,"Walter de Gruyter"]
[321,"RSC Advances",7.5,"79.0%\n56/273\nGeneral Chemical Engineering",111999,14919,82,0.874,0.715,"Royal Society of Chemistry"]
[322,"Shiyou Xuebao/Acta Petrolei Sinica",7.5,"79.0%\n57/273\nGeneral Chemical Engineering",4363,585,78,1.963,2.219,"Science China Press"]
[323,"Drying Technology",7.4,"78.0%\n59/273\nGeneral Chemical Engineering",5652,768,84,1.078,0.69,"Taylor & Francis"]
[324,"Food Additives and Contaminants - Part A",7.4,"87.0%\n81/665\nPublic Health, Environmental and Occupational Health",3091,415,93,1.072,0.513,"Taylor & Francis"]
[325,"Industrial and Engineering Chemistry Research",7.4,"81.0%\n70/384\nIndustrial and Manufacturing Engineering",50163,6753,80,0.926,0.811,"American Chemical Society"]
[326,"Journal of Analysis and Testing",7.4,"84.0%\n23/141\nInstrumentation",1084,146,84,0.928,0.916,"Springer Nature"]
[327,"Journal of Chemical Physics",7.4,"84.0%\n37/243\nGeneral Physics and Astronomy",56024,7540,80,1.196,1.101,"American Institute of Physics"]
[328,"Molecules",7.4,"83.0%\n19/111\nChemistry (miscellaneous)",228683,30773,81,1.064,0.744,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[329,"MRS Bulletin",7.4,"83.0%\n70/434\nCondensed Matter Physics",3049,413,85,0.913,1.102,"Springer Nature"]
[330,"ACS Medicinal Chemistry Letters",7.3,"79.0%\n43/211\nOrganic Chemistry",7691,1054,80,0.816,0.883,"American Chemical Society"]
[331,"Carbon Letters",7.3,"82.0%\n14/79\nInorganic Chemistry",3594,494,82,1.129,0.855,"Korean Carbon Society"]
[332,"Chemistry-Methods",7.3,"84.0%\n15/96\nFluid Flow and Transfer Processes",866,118,80,1.593,"N/A","John Wiley & Sons"]
[333,"Grain and Oil Science and Technology",7.3,"93.0%\n12/181\nInsect Science",440,60,82,1.684,1.143,"KeAi Communications Co."]
[334,"International Journal of Multiphase Flow",7.3,"84.0%\n38/243\nGeneral Physics and Astronomy",7026,969,84,1.558,0.939,"Elsevier"]
[335,"Macromolecular Materials and Engineering",7.3,"80.0%\n42/211\nOrganic Chemistry",7148,978,87,0.719,0.811,"John Wiley & Sons"]
[336,"Molecular Diversity",7.3,"84.0%\n13/79\nInorganic Chemistry",4706,642,88,1.058,0.585,"Springer Nature"]
[337,"Molecular Informatics",7.3,"80.0%\n41/211\nOrganic Chemistry",1602,219,78,0.623,0.55,"John Wiley & Sons"]
[338,"Reviews in Inorganic Chemistry",7.3,"81.0%\n15/79\nInorganic Chemistry",443,61,79,1.004,0.613,"Walter de Gruyter"]
[339,"Sensors",7.3,"83.0%\n24/141\nInstrumentation",256060,35041,80,1.247,0.786,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[340,"ACS Applied Electronic Materials",7.2,"79.0%\n59/284\nElectronic, Optical and Magnetic Materials",17054,2361,79,0.929,1.058,"American Chemical Society"]
[341,"ACS Applied Polymer Materials",7.2,"78.0%\n45/211\nOrganic Chemistry",22360,3091,79,0.835,0.982,"American Chemical Society"]
[342,"Bioresource Technology Reports",7.2,"74.0%\n50/197\nEnvironmental Engineering",9378,1300,81,0.865,0.785,"Elsevier"]
[343,"EJNMMI Radiopharmacy and Chemistry",7.2,"86.0%\n44/333\nRadiology, Nuclear Medicine and Imaging",974,135,68,1.356,0.869,"Springer Nature"]
[344,"Food Structure",7.2,"82.0%\n67/389\nFood Science",1279,177,79,1.126,1.152,"Elsevier"]
[345,"Journal of Loss Prevention in the Process Industries",7.2,"84.0%\n33/207\nSafety, Risk, Reliability and Quality",6980,975,82,1.337,0.689,"Elsevier"]
[346,"Journal of the Electrochemical Society",7.2,"79.0%\n58/284\nElectronic, Optical and Magnetic Materials",41842,5779,79,0.773,0.868,"Electrochemical Society Inc."]
[347,"Polysaccharides",7.2,"86.0%\n29/204\nEngineering (miscellaneous)",917,128,79,0.853,"N/A","Multidisciplinary Digital Publishing Institute (MDPI)"]
[348,"Thermal Science and Engineering Progress",7.2,"82.0%\n17/96\nFluid Flow and Transfer Processes",11219,1549,76,1.419,0.936,"Elsevier"]
[349,"AIChE Journal",7.1,"77.0%\n62/273\nGeneral Chemical Engineering",10533,1481,84,1.017,0.734,"American Institute of Chemical Engineers"]
[350,"Applied Nanoscience (Switzerland)",7.1,"78.0%\n169/797\nElectrical and Electronic Engineering",12033,1699,76,0.812,0.512,"Springer Nature"]
[351,"Biochemical Engineering Journal",7.1,"72.0%\n55/197\nEnvironmental Engineering",9160,1299,85,0.827,0.718,"Elsevier"]
[352,"Chinese Journal of Polymer Science (English Edition)",7.1,"78.0%\n46/211\nOrganic Chemistry",4792,675,87,0.85,0.881,"Springer Nature"]
[353,"Health and Technology",7.1,"71.0%\n86/303\nBiomedical Engineering",3052,431,77,1.026,0.621,"Springer Nature"]
[354,"Journal of Advanced Joining Processes",7.1,"85.0%\n30/204\nEngineering (miscellaneous)",1128,158,82,1.918,0.806,"Elsevier"]
[355,"Journal of Biomaterials Science, Polymer Edition",7.1,"80.0%\n30/152\nBiophysics",3575,501,86,0.618,0.595,"Taylor & Francis"]
[356,"Journal of Bionic Engineering",7.1,"78.0%\n33/152\nBiophysics",3610,512,82,1.272,0.731,"Science China Press"]
[357,"Journal of Molecular Structure",7.1,"80.0%\n16/79\nInorganic Chemistry",59764,8463,84,0.956,0.571,"Elsevier"]
[358,"Journal of the Royal Society Interface",7.1,"79.0%\n32/152\nBiophysics",7186,1011,83,1.145,1.101,"The Royal Society"]
[359,"Nanotechnology",7.1,"83.0%\n113/672\nMechanical Engineering",32102,4545,86,0.616,0.631,"Institute of Physics Publishing"]
[360,"Polymer International",7.1,"77.0%\n47/211\nOrganic Chemistry",3967,560,89,0.719,0.64,"John Wiley & Sons"]
[361,"Bioinorganic Chemistry and Applications",7,"76.0%\n19/79\nInorganic Chemistry",1099,158,83,0.954,0.764,"Hindawi"]
[362,"Chemistry - An Asian Journal",7,"77.0%\n92/408\nGeneral Chemistry",13455,1933,79,0.703,0.846,"John Wiley & Sons"]
[363,"ChemSystemsChem",7,"80.0%\n22/111\nChemistry (miscellaneous)",868,124,85,0.725,"N/A","John Wiley & Sons"]
[364,"Discover Applied Sciences",7,"86.0%\n26/195\nGeneral Earth and Planetary Sciences",25942,3719,82,"N/A","N/A","Springer Nature"]
[365,"IEEE Transactions on Nanobioscience",7,"83.0%\n66/398\nMedicine (miscellaneous)",2092,299,84,1.005,0.659,"IEEE"]
[366,"International Journal of Dairy Technology",7,"81.0%\n72/389\nFood Science",2244,321,83,1.047,0.635,"John Wiley & Sons"]
[367,"Journal of Chemical Technology and Biotechnology",7,"79.0%\n17/79\nInorganic Chemistry",8563,1227,83,0.651,0.624,"John Wiley & Sons"]
[368,"Journal of Inorganic Biochemistry",7,"77.0%\n18/79\nInorganic Chemistry",7173,1031,85,0.87,0.614,"Elsevier"]
[369,"Metallomics",7,"82.0%\n32/176\nMetals and Alloys",2968,423,85,0.782,0.706,"Oxford University Press"]
[370,"Proceedings of the Combustion Institute",7,"82.0%\n115/672\nMechanical Engineering",8744,1245,86,2.076,1.425,"Elsevier"]
[371,"SLAS Discovery",7,"75.0%\n39/156\nAnalytical Chemistry",2232,317,89,0.654,0.869,"Society for Laboratory Automation and Screening (SLAS)"]
[372,"Energetic Materials Frontiers",6.9,"80.0%\n77/384\nIndustrial and Manufacturing Engineering",868,126,78,1.137,0.67,"KeAi Communications Co."]
[373,"International Journal of Adhesion and Adhesives",6.9,"75.0%\n67/273\nGeneral Chemical Engineering",5503,792,81,1.346,0.729,"Elsevier"]
[374,"Journal of Advanced Research in Micro and Nano Engineering",6.9,"81.0%\n18/96\nFluid Flow and Transfer Processes",137,20,85,1.298,"N/A","Penerbit Akademia Baru"]
[375,"Journal of Natural Medicines",6.9,"89.0%\n12/105\nComplementary and Alternative Medicine",2430,350,81,1.155,0.685,"Springer Nature"]
[376,"Journal of Physical and Chemical Reference Data",6.9,"83.0%\n41/243\nGeneral Physics and Astronomy",434,63,86,2.415,0.746,"American Institute of Physics"]
[377,"Molecular Catalysis",6.9,"75.0%\n47/189\nPhysical and Theoretical Chemistry",16027,2333,81,0.744,0.718,"Elsevier"]
[378,"Organic Process Research and Development",6.9,"75.0%\n46/189\nPhysical and Theoretical Chemistry",6936,1007,81,1.103,0.9,"American Chemical Society"]
[379,"Bioorganic and Medicinal Chemistry",6.8,"75.0%\n45/183\nPharmaceutical Science",9685,1432,83,0.817,0.614,"Elsevier"]
[380,"Catalysts",6.8,"77.0%\n54/233\nGeneral Environmental Science",41032,6033,83,0.788,0.693,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[381,"Drug Development and Industrial Pharmacy",6.8,"76.0%\n44/183\nPharmaceutical Science",3531,522,83,0.684,0.475,"Taylor & Francis"]
[382,"Energy Sources, Part B: Economics, Planning and Policy",6.8,"75.0%\n68/273\nGeneral Chemical Engineering",1243,183,74,0.783,0.733,"Taylor & Francis"]
[383,"Journal of Cultural Heritage",6.8,"99.0%\n4/413\nArcheology (arts and humanities)",4580,678,80,1.699,0.722,"Elsevier"]
[384,"Plant Foods for Human Nutrition",6.8,"80.0%\n77/389\nFood Science",2242,331,80,0.89,0.654,"Springer Nature"]
[385,"Biomedical Materials (Bristol)",6.7,"66.0%\n101/303\nBiomedical Engineering",4990,748,82,0.619,0.712,"Institute of Physics Publishing"]
[386,"ChemMedChem",6.7,"89.0%\n9/80\nGeneral Pharmacology, Toxicology and Pharmaceutics",7024,1049,83,0.75,0.761,"John Wiley & Sons"]
[387,"Experimental Thermal and Fluid Science",6.7,"87.0%\n10/77\nNuclear Energy and Engineering",5071,762,84,1.404,0.731,"Elsevier"]
[388,"Green Processing and Synthesis",6.7,"79.0%\n79/384\nIndustrial and Manufacturing Engineering",2449,366,70,1.015,0.692,"Walter de Gruyter"]
[389,"International Journal of Robust and Nonlinear Control",6.7,"85.0%\n22/153\nAerospace Engineering",13739,2058,79,1.126,1.459,"John Wiley & Sons"]
[390,"Journal of Cluster Science",6.7,"81.0%\n82/434\nCondensed Matter Physics",5239,779,80,0.704,0.504,"Springer Nature"]
[391,"Journal of Luminescence",6.7,"80.0%\n83/434\nCondensed Matter Physics",19646,2934,85,0.865,0.589,"Elsevier"]
[392,"Journal of Pharmaceutical and Biomedical Analysis",6.7,"76.0%\n18/76\nSpectroscopy",16258,2417,82,0.927,0.584,"Elsevier"]
[393,"Particuology",6.7,"74.0%\n71/273\nGeneral Chemical Engineering",3621,543,89,1.023,0.627,"Elsevier"]
[394,"Photochemistry and Photobiology",6.7,"88.0%\n7/58\nRadiation",3939,588,82,0.857,0.666,"John Wiley & Sons"]
[395,"Supramolecular Materials",6.7,"77.0%\n25/111\nChemistry (miscellaneous)",276,41,66,1.159,2.09,"KeAi Communications Co."]
[396,"ACS Omega",6.6,"76.0%\n96/408\nGeneral Chemistry",102051,15372,77,0.919,0.71,"American Chemical Society"]
[397,"Applied Spectroscopy",6.6,"79.0%\n29/141\nInstrumentation",3269,499,75,0.993,0.607,"SAGE"]
[398,"ASAIO Journal",6.6,"74.0%\n39/152\nBiophysics",6042,920,71,1.128,0.993,"Wolters Kluwer Health"]
[399,"Biosensors",6.6,"84.0%\n32/204\nEngineering (miscellaneous)",19030,2897,81,0.942,0.707,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[400,"Chinese Journal of Chemical Engineering",6.6,"75.0%\n100/408\nGeneral Chemistry",9866,1500,84,0.828,0.697,"Materials China"]
[401,"Dalton Transactions",6.6,"74.0%\n21/79\nInorganic Chemistry",47818,7248,79,0.723,0.697,"Royal Society of Chemistry"]
[402,"European Food Research and Technology",6.6,"79.0%\n80/389\nFood Science",6323,957,82,0.975,0.674,"Springer Nature"]
[403,"Journal of Computational Chemistry",6.6,"88.0%\n22/189\nComputational Mathematics",5210,793,82,1.019,0.738,"John Wiley & Sons"]
[404,"Journal of Taibah University for Science",6.6,"97.0%\n10/399\nGeneral Mathematics",3568,539,73,1.049,0.461,"Taylor & Francis"]
[405,"Journal of Trace Elements in Medicine and Biology",6.6,"75.0%\n20/79\nInorganic Chemistry",5309,801,82,0.926,0.671,"Elsevier"]
[406,"Optical Materials",6.6,"76.0%\n68/284\nElectronic, Optical and Magnetic Materials",29975,4558,80,0.894,0.647,"Elsevier"]
[407,"Organic Electronics",6.6,"80.0%\n86/434\nCondensed Matter Physics",7519,1141,87,0.577,0.648,"Elsevier"]
[408,"Pharmaceutical Research",6.6,"76.0%\n65/272\nPharmacology (medical)",5372,817,82,0.897,0.707,"Springer Nature"]
[409,"Reaction Chemistry and Engineering",6.6,"79.0%\n20/96\nFluid Flow and Transfer Processes",5798,883,74,0.867,0.85,"Royal Society of Chemistry"]
[410,"Solid State Sciences",6.6,"80.0%\n87/434\nCondensed Matter Physics",5784,880,78,0.827,0.581,"Elsevier"]
[411,"Advances and Applications in Bioinformatics and Chemistry",6.5,"84.0%\n16/103\nBiochemistry, Genetics and Molecular Biology (miscellaneous)",163,25,76,1.13,0.755,"Dove Medical Press"]
[412,"Biotechnology and Genetic Engineering Reviews",6.5,"65.0%\n109/311\nBiotechnology",176,27,93,1.212,0.674,"Taylor & Francis"]
[413,"Computational Materials Science",6.5,"88.0%\n23/189\nComputational Mathematics",16704,2584,82,0.961,0.741,"Elsevier"]
[414,"Journal of Physical Chemistry C",6.5,"76.0%\n32/132\nSurfaces, Coatings and Films",66503,10285,80,0.782,0.957,"American Chemical Society"]
[415,"Langmuir",6.5,"78.0%\n93/434\nCondensed Matter Physics",41024,6342,80,0.825,0.786,"American Chemical Society"]
[416,"Nanotechnology for Environmental Engineering",6.5,"69.0%\n60/197\nEnvironmental Engineering",1654,253,76,0.743,0.588,"Springer Nature"]
[417,"Physics of Fluids",6.5,"87.0%\n12/89\nComputational Mechanics",54759,8381,80,1.332,1.05,"American Institute of Physics"]
[418,"Thermochimica Acta",6.5,"79.0%\n90/434\nCondensed Matter Physics",5192,795,83,0.925,0.572,"Elsevier"]
[419,"Amino Acids",6.4,"72.0%\n59/211\nOrganic Chemistry",3520,551,79,0.879,0.731,"Springer Nature"]
[420,"Bulletin of the Chemical Society of Japan",6.4,"74.0%\n104/408\nGeneral Chemistry",5515,860,78,0.622,0.665,"Chemical Society of Japan"]
[421,"Engineering in Life Sciences",6.4,"69.0%\n61/197\nEnvironmental Engineering",1423,221,87,0.817,0.648,"John Wiley & Sons"]
[422,"Journal of Flow Chemistry",6.4,"77.0%\n22/96\nFluid Flow and Transfer Processes",1266,199,78,0.716,0.478,"Akademiai Kiado"]
[423,"Molecular Systems Design and Engineering",6.4,"77.0%\n85/384\nIndustrial and Manufacturing Engineering",2967,462,79,0.718,0.783,"Royal Society of Chemistry"]
[424,"Safety and Health at Work",6.4,"89.0%\n12/109\nSafety Research",1765,275,77,1.332,0.744,"Elsevier"]
[425,"Chemical Review and Letters",6.3,"73.0%\n30/111\nChemistry (miscellaneous)",784,124,59,0.586,0.283,"Iranian Chemical Science and Technologies Association"]
[426,"Crystal Growth and Design",6.3,"77.0%\n97/434\nCondensed Matter Physics",20126,3208,79,0.893,0.649,"American Chemical Society"]
[427,"Electrochem",6.3,"73.0%\n86/317\nMaterials Chemistry",961,153,73,0.746,0.667,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[428,"Electrophoresis",6.3,"72.0%\n43/156\nAnalytical Chemistry",4969,793,87,0.794,0.541,"John Wiley & Sons"]
[429,"Heat Transfer",6.3,"77.0%\n97/434\nCondensed Matter Physics",7855,1252,79,0.865,0.522,"John Wiley & Sons"]
[430,"Journal of Electrochemical Science and Technology",6.3,"59.0%\n25/60\nElectrochemistry",1108,177,71,0.81,0.812,"The Korean Electrochemical Society"]
[431,"Journal of Microencapsulation",6.3,"71.0%\n53/183\nPharmaceutical Science",1181,187,80,0.658,0.511,"Taylor & Francis"]
[432,"Journal of Polymer Science",6.3,"73.0%\n85/317\nMaterials Chemistry",6273,993,79,0.83,0.827,"John Wiley & Sons"]
[433,"Journal of Separation Science",6.3,"73.0%\n42/156\nAnalytical Chemistry",9277,1475,82,0.783,0.533,"John Wiley & Sons"]
[434,"Catalysis Communications",6.2,"74.0%\n106/408\nGeneral Chemistry",5217,839,80,0.64,0.633,"Elsevier"]
[435,"Israel Journal of Chemistry",6.2,"73.0%\n107/408\nGeneral Chemistry",2336,379,72,0.77,0.987,"John Wiley & Sons"]
[436,"Journal of Analytical Atomic Spectrometry",6.2,"72.0%\n44/156\nAnalytical Chemistry",6245,1008,82,0.998,0.722,"Royal Society of Chemistry"]
[437,"Journal of Applied Organometallic Chemistry",6.2,"72.0%\n87/317\nMaterials Chemistry",449,72,81,1.44,"N/A","Sami Publishing Company"]
[438,"Journal of Organic Chemistry",6.2,"69.0%\n64/211\nOrganic Chemistry",39525,6371,82,0.833,0.724,"American Chemical Society"]
[439,"Methods and Applications in Fluorescence",6.2,"75.0%\n35/141\nInstrumentation",1205,193,80,0.876,0.62,"Institute of Physics Publishing"]
[440,"Nonlinear Engineering",6.2,"84.0%\n50/324\nModeling and Simulation",1536,246,60,0.884,0.423,"Walter de Gruyter"]
[441,"Water Reuse",6.2,"79.0%\n55/261\nWater Science and Technology",990,160,81,0.874,1.021,"IWA Publishing"]
[442,"Biophysical Chemistry",6.1,"72.0%\n42/152\nBiophysics",2615,428,78,0.82,0.723,"Elsevier"]
[443,"ChemBioChem",6.1,"68.0%\n67/211\nOrganic Chemistry",10177,1678,77,0.634,0.809,"John Wiley & Sons"]
[444,"Chemical Data Collections",6.1,"73.0%\n109/408\nGeneral Chemistry",4589,751,80,1.414,0.27,"Elsevier"]
[445,"Chemical Engineering Research and Design",6.1,"72.0%\n111/408\nGeneral Chemistry",12739,2095,76,1.004,0.661,"Institution of Chemical Engineers"]
[446,"Computational Biology and Chemistry",6.1,"85.0%\n27/189\nComputational Mathematics",3620,596,78,0.782,0.497,"Elsevier"]
[447,"Membranes",6.1,"68.0%\n25/77\nChemical Engineering (miscellaneous)",21532,3558,81,0.756,0.551,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[448,"RSC Chemical Biology",6.1,"83.0%\n18/103\nBiochemistry, Genetics and Molecular Biology (miscellaneous)",2288,373,73,0.917,1.144,"Royal Society of Chemistry"]
[449,"Separation Science and Technology",6.1,"73.0%\n110/408\nGeneral Chemistry",6108,1003,79,0.739,0.495,"Taylor & Francis"]
[450,"Solid State Ionics",6.1,"77.0%\n100/434\nCondensed Matter Physics",4940,804,79,0.721,0.674,"Elsevier"]
[451,"Spectrochimica Acta - Part B Atomic Spectroscopy",6.1,"74.0%\n37/141\nInstrumentation",4160,684,82,1.159,0.619,"Elsevier"]
[452,"Bioactive Carbohydrates and Dietary Fibre",6,"76.0%\n92/389\nFood Science",945,157,79,0.755,0.622,"Elsevier"]
[453,"Biotechnology and Applied Biochemistry",6,"63.0%\n112/303\nBiomedical Engineering",3864,648,81,0.737,0.61,"John Wiley & Sons"]
[454,"Diamond and Related Materials",6,"79.0%\n50/243\nGeneral Physics and Astronomy",15503,2565,77,0.925,0.671,"Elsevier"]
[455,"Drug and Chemical Toxicology",6,"79.0%\n138/665\nPublic Health, Environmental and Occupational Health",3479,583,88,0.718,0.542,"Taylor & Francis"]
[456,"Electroanalysis",6,"70.0%\n46/156\nAnalytical Chemistry",6423,1064,84,0.575,0.466,"John Wiley & Sons"]
[457,"European Cells and Materials",6,"62.0%\n113/303\nBiomedical Engineering",935,157,83,0.703,0.7,"Forum Multimedia Publishing LLC"]
[458,"Flavour and Fragrance Journal",6,"75.0%\n94/389\nFood Science",1203,200,82,0.838,0.445,"John Wiley & Sons"]
[459,"Food Analytical Methods",6,"83.0%\n18/109\nSafety Research",5368,901,85,0.747,0.488,"Springer Nature"]
[460,"Inorganica Chimica Acta",6,"70.0%\n94/317\nMaterials Chemistry",11670,1955,82,0.611,0.386,"Elsevier"]
[461,"International Journal of Photoenergy",6,"72.0%\n61/224\nAtomic and Molecular Physics, and Optics",2373,394,83,0.762,0.459,"Hindawi"]
[462,"Journal of Biomolecular NMR",6,"66.0%\n26/76\nSpectroscopy",758,127,83,0.684,0.817,"Springer Nature"]
[463,"Journal of Essential Oil Research",6,"71.0%\n116/408\nGeneral Chemistry",1268,211,82,1.175,0.522,"Taylor & Francis"]
[464,"Journal of Food Measurement and Characterization",6,"78.0%\n45/207\nSafety, Risk, Reliability and Quality",10968,1835,80,0.82,0.622,"Springer Nature"]
[465,"Journal of Solid State Chemistry",6,"75.0%\n106/434\nCondensed Matter Physics",16705,2793,82,0.664,0.6,"Elsevier"]
[466,"Marine Chemistry",6,"82.0%\n26/145\nOceanography",1720,289,80,0.935,0.99,"Elsevier"]
[467,"NMR in Biomedicine",6,"79.0%\n70/333\nRadiology, Nuclear Medicine and Imaging",4401,728,81,0.957,0.949,"John Wiley & Sons"]
[468,"Phytochemical Analysis",6,"84.0%\n82/516\nPlant Science",2209,367,83,0.873,0.508,"John Wiley & Sons"]
[469,"Polymer Bulletin",6,"76.0%\n104/434\nCondensed Matter Physics",11573,1927,84,0.824,0.527,"Springer Nature"]
[470,"Soft Matter",6,"76.0%\n102/434\nCondensed Matter Physics",22037,3662,78,0.812,0.783,"Royal Society of Chemistry"]
[471,"Biotechnology Letters",5.9,"61.0%\n50/127\nApplied Microbiology and Biotechnology",3915,661,81,0.644,0.519,"Springer Nature"]
[472,"ChemPlusChem",5.9,"70.0%\n121/408\nGeneral Chemistry",5183,876,77,0.697,0.778,"John Wiley & Sons"]
[473,"ChemTexts",5.9,"70.0%\n120/408\nGeneral Chemistry",456,77,74,1.123,0.489,"Springer Nature"]
[474,"Drug Testing and Analysis",5.9,"68.0%\n49/156\nAnalytical Chemistry",3851,650,91,0.942,0.833,"John Wiley & Sons"]
[475,"E-Polymers",5.9,"70.0%\n80/273\nGeneral Chemical Engineering",1946,331,74,0.928,0.627,"Walter de Gruyter"]
[476,"Interface Science and Technology",5.9,"73.0%\n35/132\nSurfaces, Coatings and Films",418,71,68,"N/A","N/A","Elsevier"]
[477,"International Journal of Environmental Analytical Chemistry",5.9,"78.0%\n143/665\nPublic Health, Environmental and Occupational Health",8362,1416,89,0.729,0.472,"Taylor & Francis"]
[478,"Journal of Biological Inorganic Chemistry",5.9,"67.0%\n26/79\nInorganic Chemistry",1554,264,83,0.855,0.543,"Springer Nature"]
[479,"Journal of Bioscience and Bioengineering",5.9,"60.0%\n123/311\nBiotechnology",3862,654,81,0.72,0.538,"Elsevier"]
[480,"Journal of Chemistry",5.9,"69.0%\n123/408\nGeneral Chemistry",6768,1151,77,0.887,0.478,"Hindawi"]
[481,"Plasma Chemistry and Plasma Processing",5.9,"75.0%\n108/434\nCondensed Matter Physics",2133,359,86,0.912,0.48,"Springer Nature"]
[482,"Advances in Heterocyclic Chemistry",5.8,"69.0%\n50/161\nPolymers and Plastics",368,64,78,"N/A","N/A","Elsevier"]
[483,"Advances in Organometallic Chemistry",5.8,"66.0%\n71/211\nOrganic Chemistry",248,43,72,"N/A","N/A","Elsevier"]
[484,"Arab Journal of Basic and Applied Sciences",5.8,"95.0%\n17/399\nGeneral Mathematics",1003,172,70,0.982,0.52,"Taylor & Francis"]
[485,"Biomicrofluidics",5.8,"75.0%\n24/96\nFluid Flow and Transfer Processes",1818,312,75,0.656,0.516,"American Institute of Physics"]
[486,"ChemPhotoChem",5.8,"68.0%\n60/189\nPhysical and Theoretical Chemistry",2814,485,78,0.625,0.854,"John Wiley & Sons"]
[487,"Food Biophysics",5.8,"73.0%\n103/389\nFood Science",1128,196,83,0.747,0.706,"Springer Nature"]
[488,"Food Science and Technology International",5.8,"75.0%\n96/384\nIndustrial and Manufacturing Engineering",1585,273,88,0.716,0.502,"SAGE"]
[489,"Journal of Physical Chemistry B",5.8,"73.0%\n36/132\nSurfaces, Coatings and Films",25525,4376,79,0.816,0.76,"American Chemical Society"]
[490,"Materials Today Sustainability",5.8,"69.0%\n125/408\nGeneral Chemistry",3325,571,70,1.231,1.244,"Elsevier"]
[491,"Natural Gas Industry B",5.8,"83.0%\n54/321\nGeology",1363,236,83,0.926,0.701,"KeAi Communications Co."]
[492,"RSC Medicinal Chemistry",5.8,"67.0%\n69/211\nOrganic Chemistry",3494,599,71,0.943,0.85,"Royal Society of Chemistry"]
[493,"Surface Innovations",5.8,"72.0%\n37/132\nSurfaces, Coatings and Films",943,164,84,0.571,0.383,"ICE Publishing Ltd."]
[494,"Theoretical and Computational Fluid Dynamics",5.8,"82.0%\n53/307\nGeneral Engineering",936,161,70,1.097,0.956,"Springer Nature"]
[495,"Advances in Biochemical Engineering/Biotechnology",5.7,"59.0%\n125/311\nBiotechnology",888,156,80,"N/A",0.346,"Springer Nature"]
[496,"Annual Reports in Medicinal Chemistry",5.7,"65.0%\n73/211\nOrganic Chemistry",377,66,71,"N/A","N/A","Elsevier"]
[497,"Applied Biochemistry and Biotechnology",5.7,"59.0%\n127/311\nBiotechnology",7722,1363,83,0.724,0.548,"Springer Nature"]
[498,"Bioorganic and Medicinal Chemistry Letters",5.7,"66.0%\n61/183\nPharmaceutical Science",10486,1855,82,0.631,0.508,"Elsevier"]
[499,"Catalysis Letters",5.7,"68.0%\n130/408\nGeneral Chemistry",7535,1329,87,0.616,0.528,"Springer Nature"]
[500,"Chemical Physics Letters",5.7,"76.0%\n58/243\nGeneral Physics and Astronomy",17677,3127,78,0.646,0.502,"Elsevier"]
[501,"Computational Particle Mechanics",5.7,"86.0%\n12/88\nNumerical Analysis",1905,335,76,1.289,0.845,"Springer Nature"]
[502,"Fire Safety Journal",5.7,"79.0%\n47/223\nBuilding and Construction",4814,841,76,1.672,0.774,"Elsevier"]
[503,"Flow, Turbulence and Combustion",5.7,"77.0%\n56/243\nGeneral Physics and Astronomy",2147,378,79,1.306,0.779,"Springer Nature"]
[504,"Forensic Chemistry",5.7,"95.0%\n44/1025\nLaw",1632,286,83,1.092,0.986,"Elsevier"]
[505,"International Journal of Corrosion",5.7,"66.0%\n157/463\nGeneral Materials Science",147,26,81,0.956,0.259,"Hindawi"]
[506,"International Journal of Sustainable Energy",5.7,"73.0%\n26/96\nFluid Flow and Transfer Processes",1614,282,73,0.721,0.57,"Taylor & Francis"]
[507,"Journal of Applied Polymer Science",5.7,"71.0%\n38/132\nSurfaces, Coatings and Films",33758,5900,80,0.707,0.557,"John Wiley & Sons"]
[508,"Journal of Biophotonics",5.7,"82.0%\n55/307\nGeneral Engineering",4888,860,78,0.893,0.58,"John Wiley & Sons"]
[509,"Journal of Food Process Engineering",5.7,"73.0%\n104/389\nFood Science",6634,1161,80,0.828,0.588,"John Wiley & Sons"]
[510,"Research on Chemical Intermediates",5.7,"68.0%\n131/408\nGeneral Chemistry",6599,1165,80,0.652,0.476,"Springer Nature"]
[511,"Topics in Catalysis",5.7,"68.0%\n128/408\nGeneral Chemistry",2957,520,83,0.602,0.613,"Springer Nature"]
[512,"Biodegradation",5.6,"66.0%\n67/197\nEnvironmental Engineering",831,149,81,0.737,0.84,"Springer Nature"]
[513,"Express Polymer Letters",5.6,"69.0%\n85/273\nGeneral Chemical Engineering",1892,338,82,0.713,0.496,"BME-PT and GTE"]
[514,"Journal of Chemical Education",5.6,"85.0%\n221/1543\nEducation",13145,2336,76,1.16,0.542,"American Chemical Society"]
[515,"Journal of Chemical Thermodynamics",5.6,"71.0%\n64/224\nAtomic and Molecular Physics, and Optics",4954,877,85,0.881,0.557,"Elsevier"]
[516,"Journal of Chromatography B: Analytical Technologies in the Biomedical and Life Sciences",5.6,"65.0%\n54/156\nAnalytical Chemistry",7279,1303,81,0.835,0.539,"Elsevier"]
[517,"Organometallics",5.6,"66.0%\n27/79\nInorganic Chemistry",9403,1686,82,0.705,0.654,"American Chemical Society"]
[518,"Photochemical and Photobiological Sciences",5.6,"64.0%\n67/189\nPhysical and Theoretical Chemistry",3528,634,76,0.789,0.64,"Springer Nature"]
[519,"Polymer-Plastics Technology and Materials",5.6,"69.0%\n84/273\nGeneral Chemical Engineering",3208,568,80,0.631,0.455,"Taylor & Francis"]
[520,"Progress in Color, Colorants and Coatings",5.6,"70.0%\n39/132\nSurfaces, Coatings and Films",590,105,73,0.927,0.326,"Institute for Color Science and Technology (ICST)"]
[521,"Advances in Polymer Technology",5.5,"68.0%\n87/273\nGeneral Chemical Engineering",1454,265,74,0.77,0.443,"John Wiley & Sons"]
[522,"Chemical Engineering Communications",5.5,"68.0%\n86/273\nGeneral Chemical Engineering",2866,522,79,0.735,0.473,"Taylor & Francis"]
[523,"CrystEngComm",5.5,"72.0%\n122/434\nCondensed Matter Physics",17513,3168,79,0.631,0.535,"Royal Society of Chemistry"]
[524,"European Journal of Lipid Science and Technology",5.5,"72.0%\n106/384\nIndustrial and Manufacturing Engineering",2003,366,78,0.713,0.475,"John Wiley & Sons"]
[525,"Inorganic Chemistry Communications",5.5,"67.0%\n105/317\nMaterials Chemistry",19601,3561,74,0.761,0.642,"Elsevier"]
[526,"International Journal of Peptide Research and Therapeutics",5.5,"65.0%\n55/156\nAnalytical Chemistry",4073,740,79,0.535,0.433,"Springer Nature"]
[527,"Journal of Molecular Graphics and Modelling",5.5,"73.0%\n29/106\nComputer Graphics and Computer-Aided Design",5005,918,80,0.633,0.423,"Elsevier"]
[528,"Journal of the American Society for Mass Spectrometry",5.5,"61.0%\n30/76\nSpectroscopy",6193,1124,79,0.82,0.725,"American Chemical Society"]
[529,"Organic and Biomolecular Chemistry",5.5,"63.0%\n78/211\nOrganic Chemistry",22552,4116,76,0.679,0.607,"Royal Society of Chemistry"]
[530,"Particle and Particle Systems Characterization",5.5,"72.0%\n121/434\nCondensed Matter Physics",1849,334,77,0.495,0.598,"John Wiley & Sons"]
[531,"Physical Chemistry Chemical Physics",5.5,"75.0%\n59/243\nGeneral Physics and Astronomy",60879,11096,76,0.803,0.721,"Royal Society of Chemistry"]
[532,"Structural Dynamics",5.5,"78.0%\n13/58\nRadiation",812,147,76,0.82,1.075,"AAPM - American Association of Physicists in Medicine"]
[533,"Upstream Oil and Gas Technology",5.5,"82.0%\n30/165\nGeophysics",495,90,80,0.824,0.528,"Elsevier"]
[534,"ACS ES and T Water",5.4,"74.0%\n66/261\nWater Science and Technology",4758,885,69,0.902,1.318,"American Chemical Society"]
[535,"Applied Biological Chemistry",5.4,"68.0%\n71/221\nGeneral Biochemistry, Genetics and Molecular Biology",1863,346,71,0.868,0.575,"Springer Nature"]
[536,"European Journal of Organic Chemistry",5.4,"62.0%\n80/211\nOrganic Chemistry",15355,2864,78,0.645,0.584,"John Wiley & Sons"]
[537,"European Physical Journal Plus",5.4,"75.0%\n60/243\nGeneral Physics and Astronomy",24525,4569,72,0.875,0.473,"Springer Nature"]
[538,"Journal of Hazardous, Toxic, and Radioactive Waste",5.4,"74.0%\n67/261\nWater Science and Technology",1623,302,81,0.699,0.516,"American Society of Civil Engineers"]
[539,"Journal of Raman Spectroscopy",5.4,"64.0%\n166/463\nGeneral Materials Science",4241,790,84,0.899,0.532,"John Wiley & Sons"]
[540,"Journal of Vinyl and Additive Technology",5.4,"67.0%\n88/273\nGeneral Chemical Engineering",1517,279,89,0.811,0.489,"John Wiley & Sons"]
[541,"Polymer Engineering and Science",5.4,"66.0%\n138/408\nGeneral Chemistry",6442,1197,79,0.877,0.56,"John Wiley & Sons"]
[542,"Symmetry",5.4,"94.0%\n23/399\nGeneral Mathematics",49935,9288,76,0.943,0.485,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[543,"Zeitschrift fur Physikalische Chemie",5.4,"62.0%\n72/189\nPhysical and Theoretical Chemistry",1971,362,76,0.699,0.492,"Walter de Gruyter"]
[544,"Applied Sciences (Switzerland)",5.3,"79.0%\n62/307\nGeneral Engineering",237130,44530,77,0.924,0.508,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[545,"Atomic Spectroscopy",5.3,"55.0%\n34/76\nSpectroscopy",967,183,80,0.887,0.554,"Atomic Spectroscopy Press Limited"]
[546,"Biopolymers",5.3,"64.0%\n54/152\nBiophysics",685,129,86,0.68,0.581,"John Wiley & Sons"]
[547,"BMC Chemistry",5.3,"66.0%\n139/408\nGeneral Chemistry",2286,428,68,1.195,0.654,"Springer Nature"]
[548,"Chemical Research in Chinese Universities",5.3,"65.0%\n143/408\nGeneral Chemistry",3590,678,77,0.413,0.62,"Springer Nature"]
[549,"Fluid Phase Equilibria",5.3,"74.0%\n62/243\nGeneral Physics and Astronomy",5217,980,83,0.97,0.569,"Elsevier"]
[550,"Ionics",5.3,"79.0%\n63/307\nGeneral Engineering",10849,2048,78,0.485,0.552,"Springer Nature"]
[551,"Journal of Adhesion",5.3,"71.0%\n115/398\nMechanics of Materials",1951,366,83,1.162,0.584,"Taylor & Francis"]
[552,"Journal of Food Processing and Preservation",5.3,"68.0%\n122/389\nFood Science",15435,2932,87,0.584,0.508,"Hindawi"]
[553,"Journal of Industrial Textiles",5.3,"72.0%\n55/196\nMaterials Science (miscellaneous)",4611,862,74,0.844,0.488,"SAGE"]
[554,"Journal of Quantitative Spectroscopy and Radiative Transfer",5.3,"76.0%\n14/58\nRadiation",7775,1463,81,1.042,0.708,"Elsevier"]
[555,"New Journal of Chemistry",5.3,"65.0%\n141/408\nGeneral Chemistry",47613,8948,76,0.567,0.521,"Royal Society of Chemistry"]
[556,"Solid State Nuclear Magnetic Resonance",5.3,"75.0%\n22/87\nNuclear and High Energy Physics",499,94,82,0.624,0.626,"Elsevier"]
[557,"Therapeutics and Clinical Risk Management",5.3,"88.0%\n10/80\nGeneral Pharmacology, Toxicology and Pharmaceutics",2358,443,75,0.963,0.752,"Dove Medical Press"]
[558,"Transport in Porous Media",5.3,"66.0%\n93/273\nGeneral Chemical Engineering",3376,642,80,0.933,0.591,"Springer Nature"]
[559,"Yeast",5.3,"56.0%\n137/311\nBiotechnology",981,186,78,0.767,0.608,"John Wiley & Sons"]
[560,"ACS Measurement Science Au",5.2,"62.0%\n58/156\nAnalytical Chemistry",664,128,76,1.451,0.849,"American Chemical Society"]
[561,"ASEAN Journal of Science and Engineering",5.2,"78.0%\n44/204\nEngineering (miscellaneous)",498,95,69,1.298,0.579,"Universitas Pendidikan Indonesia"]
[562,"Cancer Nanotechnology",5.2,"63.0%\n68/183\nPharmaceutical Science",887,172,72,0.723,0.671,"Springer Nature"]
[563,"Corrosion Reviews",5.2,"65.0%\n94/273\nGeneral Chemical Engineering",803,155,75,0.889,0.47,"Walter de Gruyter"]
[564,"Cosmetics",5.2,"86.0%\n77/551\nSurgery",2694,518,75,0.969,0.552,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[565,"Journal of Chemical and Engineering Data",5.2,"65.0%\n95/273\nGeneral Chemical Engineering",8197,1591,77,0.833,0.567,"American Chemical Society"]
[566,"Journal of Chemometrics",5.2,"85.0%\n90/635\nApplied Mathematics",1363,260,79,0.83,0.383,"John Wiley & Sons"]
[567,"Journal of Heterocyclic Chemistry",5.2,"60.0%\n83/211\nOrganic Chemistry",4885,938,82,0.704,0.36,"John Wiley & Sons"]
[568,"Journal of Physical Chemistry A",5.2,"60.0%\n76/189\nPhysical and Theoretical Chemistry",20176,3917,79,0.838,0.604,"American Chemical Society"]
[569,"Macromol",5.2,"71.0%\n57/196\nMaterials Science (miscellaneous)",466,89,75,1.132,"N/A","Multidisciplinary Digital Publishing Institute (MDPI)"]
[570,"Peptide Science",5.2,"64.0%\n55/152\nBiophysics",665,127,80,0.517,0.584,"John Wiley & Sons"]
[571,"Protein Journal",5.2,"62.0%\n58/156\nAnalytical Chemistry",1354,261,66,0.533,0.479,"Springer Nature"]
[572,"SAR and QSAR in Environmental Research",5.2,"51.0%\n77/157\nDrug Discovery",1027,196,77,0.574,0.359,"Taylor & Francis"]
[573,"Talanta Open",5.2,"63.0%\n57/156\nAnalytical Chemistry",1315,251,76,1.057,0.616,"Elsevier"]
[574,"Advances in Bioenergy",5.1,"60.0%\n53/134\nWaste Management and Disposal",138,27,67,"N/A","N/A","Elsevier"]
[575,"Analytical Methods",5.1,"77.0%\n69/307\nGeneral Engineering",12122,2366,72,0.632,0.504,"Royal Society of Chemistry"]
[576,"BioNanoScience",5.1,"57.0%\n129/303\nBiomedical Engineering",2709,527,63,0.739,0.47,"Springer Nature"]
[577,"Cereal Chemistry",5.1,"66.0%\n130/389\nFood Science",2325,457,77,0.806,0.608,"John Wiley & Sons"]
[578,"Chemical Biology and Drug Design",5.1,"58.0%\n88/211\nOrganic Chemistry",3258,641,76,0.794,0.579,"John Wiley & Sons"]
[579,"European Physical Journal: Special Topics",5.1,"72.0%\n67/243\nGeneral Physics and Astronomy",6087,1184,98,0.745,0.455,"Springer Nature"]
[580,"Experiments in Fluids",5.1,"74.0%\n23/89\nComputational Mechanics",4418,870,80,1.15,0.848,"Springer Nature"]
[581,"Journal of Adhesion Science and Technology",5.1,"68.0%\n125/398\nMechanics of Materials",3230,632,80,1.012,0.424,"Taylor & Francis"]
[582,"Journal of Analytical Toxicology",5.1,"65.0%\n6/16\nChemical Health and Safety",2621,514,79,0.913,0.821,"Preston Publications"]
[583,"Journal of Mass Spectrometry",5.1,"53.0%\n36/76\nSpectroscopy",1911,376,78,0.7,0.431,"John Wiley & Sons"]
[584,"Luminescence",5.1,"67.0%\n37/111\nChemistry (miscellaneous)",4092,807,80,0.692,0.451,"John Wiley & Sons"]
[585,"Natural Product Research",5.1,"78.0%\n111/516\nPlant Science",15882,3109,88,0.793,0.41,"Taylor & Francis"]
[586,"Open Chemical Engineering Journal",5.1,"65.0%\n96/273\nGeneral Chemical Engineering",123,24,54,1.198,0.258,"Bentham Science Publishers"]
[587,"Optics Communications",5.1,"68.0%\n72/224\nAtomic and Molecular Physics, and Optics",17145,3379,81,0.876,0.538,"Elsevier"]
[588,"Oxidation of Metals",5.1,"78.0%\n39/176\nMetals and Alloys",942,186,87,0.841,0.498,"Springer Nature"]
[589,"Physical Review Fluids",5.1,"78.0%\n71/324\nModeling and Simulation",11025,2156,79,1.057,1.066,"American Physical Society"]
[590,"Planta Medica",5.1,"77.0%\n24/105\nComplementary and Alternative Medicine",2439,478,76,0.689,0.445,"Thieme"]
[591,"Processes",5.1,"60.0%\n31/77\nChemical Engineering (miscellaneous)",51119,9978,72,0.884,0.525,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[592,"Steroids",5.1,"58.0%\n89/211\nOrganic Chemistry",2272,448,80,0.751,0.476,"Elsevier"]
[593,"Tissue Engineering - Part C: Methods",5.1,"73.0%\n106/398\nMedicine (miscellaneous)",1108,218,75,0.602,0.603,"Mary Ann Liebert"]
[594,"Adsorption Science and Technology",5,"63.0%\n148/408\nGeneral Chemistry",1587,318,78,0.802,0.627,"SAGE"]
[595,"Advanced Journal of Chemistry, Section A",5,"59.0%\n32/77\nChemical Engineering (miscellaneous)",797,158,83,0.53,0.245,"Sami Publishing Company"]
[596,"Annual Reports on NMR Spectroscopy",5,"67.0%\n74/224\nAtomic and Molecular Physics, and Optics",200,40,78,"N/A","N/A","Elsevier"]
[597,"Biotechnology and Bioprocess Engineering",5,"56.0%\n133/303\nBiomedical Engineering",1938,384,79,0.588,0.482,"Korean Society for Biotechnology and Bioengineering"]
[598,"Carbohydrate Research",5,"58.0%\n65/156\nAnalytical Chemistry",3092,617,71,0.673,0.509,"Elsevier"]
[599,"Chemosensors",5,"59.0%\n64/156\nAnalytical Chemistry",8022,1597,76,0.75,0.518,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[600,"Environmental Progress and Sustainable Energy",5,"70.0%\n76/261\nWater Science and Technology",4190,838,75,0.64,0.488,"John Wiley & Sons"]
[601,"International Journal of Heat and Fluid Flow",5,"72.0%\n182/672\nMechanical Engineering",2560,507,80,1.091,0.703,"Elsevier"]
[602,"Journal of Cellular Plastics",5,"63.0%\n149/408\nGeneral Chemistry",558,112,80,0.844,0.554,"SAGE"]
[603,"Journal of Dispersion Science and Technology",5,"63.0%\n49/132\nSurfaces, Coatings and Films",4415,889,84,0.679,0.42,"Taylor & Francis"]
[604,"Journal of Non-Newtonian Fluid Mechanics",5,"85.0%\n94/635\nApplied Mathematics",2186,433,78,1.282,0.744,"Elsevier"]
[605,"Beilstein Journal of Organic Chemistry",4.9,"57.0%\n91/211\nOrganic Chemistry",3833,776,79,0.607,0.517,"Beilstein-Institut Zur Forderung der Chemischen Wissenschaften"]
[606,"Current Chemistry Letters",4.9,"63.0%\n151/408\nGeneral Chemistry",891,182,63,0.996,0.409,"Growing Science"]
[607,"Dose-Response",4.9,"71.0%\n191/665\nPublic Health, Environmental and Occupational Health",2158,444,83,0.727,0.507,"International Dose-Response Society"]
[608,"Faraday Discussions",4.9,"56.0%\n83/189\nPhysical and Theoretical Chemistry",3240,667,74,0.716,0.858,"Royal Society of Chemistry"]
[609,"Food Chemistry: X",4.9,"65.0%\n134/389\nFood Science",4529,919,66,1.278,1.156,"Elsevier"]
[610,"Iranian Polymer Journal (English Edition)",4.9,"62.0%\n102/273\nGeneral Chemical Engineering",2144,436,78,0.746,0.467,"Springer Nature"]
[611,"Mechanics of Time-Dependent Materials",4.9,"76.0%\n36/153\nAerospace Engineering",875,178,80,1.163,0.625,"Springer Nature"]
[612,"Packaging Technology and Science",4.9,"72.0%\n187/672\nMechanical Engineering",1186,240,80,0.987,0.496,"John Wiley & Sons"]
[613,"Polyhedron",4.9,"62.0%\n30/79\nInorganic Chemistry",8930,1838,78,0.579,0.379,"Elsevier"]
[614,"Textile Progress",4.9,"68.0%\n121/384\nIndustrial and Manufacturing Engineering",74,15,67,0.569,0.492,"Taylor & Francis"]
[615,"Applied Physics A: Materials Science and Processing",4.8,"62.0%\n153/408\nGeneral Chemistry",18572,3844,76,0.691,0.446,"Springer Nature"]
[616,"Catalysis Surveys from Asia",4.8,"62.0%\n152/408\nGeneral Chemistry",567,117,76,0.617,0.503,"Springer Nature"]
[617,"Chemistry Education Research and Practice",4.8,"81.0%\n284/1543\nEducation",1487,307,73,1.287,0.791,"Ioannina University School of Medicine"]
[618,"ChemistryOpen",4.8,"62.0%\n154/408\nGeneral Chemistry",2296,476,81,0.635,0.551,"John Wiley & Sons"]
[619,"Electrocatalysis",4.8,"52.0%\n29/60\nElectrochemistry",1340,280,81,0.549,0.546,"Springer Publishing Company"]
[620,"Fullerenes Nanotubes and Carbon Nanostructures",4.8,"64.0%\n79/224\nAtomic and Molecular Physics, and Optics",2551,532,79,0.722,0.489,"Taylor & Francis"]
[621,"Heat and Mass Transfer",4.8,"66.0%\n147/434\nCondensed Matter Physics",3196,670,79,0.884,0.469,"Springer Nature"]
[622,"Journal of Analytical Methods in Chemistry",4.8,"66.0%\n48/141\nInstrumentation",1596,333,80,0.702,0.387,"Hindawi"]
[623,"Journal of Solid State Electrochemistry",4.8,"66.0%\n144/434\nCondensed Matter Physics",5355,1106,78,0.556,0.509,"Springer Nature"]
[624,"Applied Science and Engineering Progress",4.7,"74.0%\n80/307\nGeneral Engineering",1158,245,71,0.903,0.43,"King Mongkut's University of Technology North Bangkok (KMUTNB)"]
[625,"Asian Journal of Organic Chemistry",4.7,"55.0%\n94/211\nOrganic Chemistry",6229,1329,76,0.61,0.578,"John Wiley & Sons"]
[626,"Gels",4.7,"58.0%\n68/161\nPolymers and Plastics",9849,2113,73,0.849,0.674,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[627,"International Journal of Quantum Chemistry",4.7,"65.0%\n149/434\nCondensed Matter Physics",4509,951,77,0.639,0.393,"John Wiley & Sons"]
[628,"Jiegou Huaxue",4.7,"62.0%\n155/408\nGeneral Chemistry",2430,518,74,0.402,0.559,"Fujian Institute of Research of the Structure of Matter"]
[629,"Journal of Applied Electrochemistry",4.7,"61.0%\n105/273\nGeneral Chemical Engineering",2618,553,80,0.592,0.491,"Springer Nature"]
[630,"Journal of Medicinal and Pharmaceutical Chemistry Research",4.7,"64.0%\n40/111\nChemistry (miscellaneous)",2076,446,73,0.704,0.266,"Sami Publishing Company"]
[631,"Journal of Polymer Research",4.7,"59.0%\n128/317\nMaterials Chemistry",8581,1837,73,0.64,0.462,"Springer Nature"]
[632,"Journal of Sol-Gel Science and Technology",4.7,"64.0%\n154/434\nCondensed Matter Physics",4898,1052,78,0.663,0.448,"Springer Nature"]
[633,"Liquid Crystals",4.7,"64.0%\n153/434\nCondensed Matter Physics",3739,801,76,0.722,0.395,"Taylor & Francis"]
[634,"Macromolecular Research",4.7,"60.0%\n107/273\nGeneral Chemical Engineering",2183,462,81,0.535,0.477,"Polymer Society of Korea"]
[635,"Magnetic Resonance in Chemistry",4.7,"61.0%\n158/408\nGeneral Chemistry",1586,341,78,0.75,0.481,"John Wiley & Sons"]
[636,"Medicinal Chemistry Research",4.7,"81.0%\n15/80\nGeneral Pharmacology, Toxicology and Pharmaceutics",3173,679,74,0.695,0.41,"Springer Nature"]
[637,"Polymer Crystallization",4.7,"68.0%\n63/196\nMaterials Science (miscellaneous)",349,75,88,0.711,0.32,"John Wiley & Sons"]
[638,"Smart Science",4.7,"77.0%\n43/189\nComputational Mathematics",500,106,73,0.925,0.569,"Taylor & Francis"]
[639,"Starch/Staerke",4.7,"64.0%\n139/389\nFood Science",2871,616,78,0.623,0.505,"John Wiley & Sons"]
[640,"Vibrational Spectroscopy",4.7,"50.0%\n38/76\nSpectroscopy",2117,446,76,0.73,0.392,"Elsevier"]
[641,"Analytical Science Advances",4.6,"56.0%\n68/156\nAnalytical Chemistry",538,116,79,0.85,0.48,"John Wiley & Sons"]
[642,"Biosensors and Bioelectronics: X",4.6,"55.0%\n68/152\nBiophysics",1317,289,77,0.804,0.668,"Elsevier"]
[643,"Carbon Trends",4.6,"67.0%\n64/196\nMaterials Science (miscellaneous)",1378,300,75,0.781,0.542,"Elsevier"]
[644,"Chemical Physics",4.6,"69.0%\n75/243\nGeneral Physics and Astronomy",5134,1111,75,0.603,0.439,"Elsevier"]
[645,"ChemPhysChem",4.6,"62.0%\n84/224\nAtomic and Molecular Physics, and Optics",6253,1365,73,0.644,0.623,"John Wiley & Sons"]
[646,"Colloid and Polymer Science",4.6,"59.0%\n130/317\nMaterials Chemistry",2605,563,74,0.651,0.424,"Springer Nature"]
[647,"Fire and Materials",4.6,"75.0%\n44/176\nMetals and Alloys",1597,346,83,1.03,0.473,"John Wiley & Sons"]
[648,"Inorganic and Nano-Metal Chemistry",4.6,"61.0%\n31/79\nInorganic Chemistry",2776,605,74,0.375,0.302,"Taylor & Francis"]
[649,"International Journal of Cosmetic Science",4.6,"78.0%\n31/142\nDermatology",1297,281,74,0.913,0.552,"John Wiley & Sons"]
[650,"Journal of Fluorescence",4.6,"49.0%\n39/76\nSpectroscopy",3549,764,78,0.645,0.39,"Springer Nature"]
[651,"Journal of Macromolecular Science - Pure and Applied Chemistry",4.6,"60.0%\n160/408\nGeneral Chemistry",1551,338,78,0.552,0.382,"Taylor & Francis"]
[652,"Korean Journal of Chemical Engineering",4.6,"60.0%\n161/408\nGeneral Chemistry",5181,1135,77,0.628,0.541,"Springer Nature"]
[653,"Rheologica Acta",4.6,"64.0%\n155/434\nCondensed Matter Physics",1040,227,82,0.884,0.446,"Springer Nature"]
[654,"Environmental Chemistry",4.5,"64.0%\n55/154\nGeochemistry and Petrology",540,121,77,0.526,0.593,"CSIRO"]
[655,"European Journal of Medicinal Chemistry Reports",4.5,"61.0%\n43/111\nChemistry (miscellaneous)",485,108,80,0.914,0.588,"Elsevier"]
[656,"Frontiers in Physics",4.5,"86.0%\n12/85\nMathematical Physics",15911,3568,67,0.804,0.493,"Frontiers Media SA"]
[657,"Heat Transfer Engineering",4.5,"69.0%\n205/672\nMechanical Engineering",2380,524,79,1.108,0.537,"Taylor & Francis"]
[658,"Journal of Advanced Manufacturing and Processing",4.5,"56.0%\n34/77\nChemical Engineering (miscellaneous)",388,87,83,0.645,"N/A","John Wiley & Sons"]
[659,"Magnetic Resonance",4.5,"62.0%\n164/434\nCondensed Matter Physics",554,124,84,0.72,0.668,"Copernicus"]
[660,"Mini-Reviews in Organic Chemistry",4.5,"52.0%\n100/211\nOrganic Chemistry",699,155,78,0.547,0.327,"Bentham Science Publishers"]
[661,"Synthesis",4.5,"53.0%\n99/211\nOrganic Chemistry",7606,1680,72,0.532,0.582,"Thieme"]
[662,"Synthetic Biology",4.5,"81.0%\n36/193\nAgricultural and Biological Sciences (miscellaneous)",418,92,73,0.577,0.809,"Oxford University Press"]
[663,"Toxics",4.5,"53.0%\n8/16\nChemical Health and Safety",10062,2254,68,0.895,0.815,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[664,"World Patent Information",4.5,"80.0%\n54/280\nLibrary and Information Sciences",595,133,69,1.321,0.633,"Elsevier"]
[665,"ADMET and DMPK",4.4,"80.0%\n16/80\nGeneral Pharmacology, Toxicology and Pharmaceutics",451,102,68,0.822,0.533,"International Association of Physical Chemists"]
[666,"AWWA Water Science",4.4,"61.0%\n102/261\nWater Science and Technology",754,170,72,0.856,0.815,"John Wiley & Sons"]
[667,"Biocatalysis and Biotransformation",4.4,"50.0%\n156/311\nBiotechnology",754,170,82,0.452,0.351,"Taylor & Francis"]
[668,"Chirality",4.4,"54.0%\n71/156\nAnalytical Chemistry",1752,398,78,0.73,0.438,"John Wiley & Sons"]
[669,"CYTA - Journal of Food",4.4,"67.0%\n126/384\nIndustrial and Manufacturing Engineering",1332,300,72,0.701,0.51,"Taylor & Francis"]
[670,"Healthcare Analytics",4.4,"55.0%\n70/156\nAnalytical Chemistry",968,219,74,1.406,0.595,"Elsevier"]
[671,"Journal of Applied Biomaterials and Functional Materials",4.4,"53.0%\n71/152\nBiophysics",648,146,73,0.781,0.524,"SAGE"]
[672,"Journal of Coatings Technology and Research",4.4,"60.0%\n53/132\nSurfaces, Coatings and Films",2388,546,73,0.706,0.424,"Springer Nature"]
[673,"Journal of Nanoparticle Research",4.4,"71.0%\n93/324\nModeling and Simulation",4959,1117,75,0.524,0.416,"Springer Nature"]
[674,"Journal of Organometallic Chemistry",4.4,"60.0%\n32/79\nInorganic Chemistry",4621,1048,79,0.579,0.359,"Elsevier"]
[675,"Journal of the Iranian Chemical Society",4.4,"59.0%\n165/408\nGeneral Chemistry",5036,1136,77,0.554,0.382,"Springer Nature"]
[676,"Match",4.4,"81.0%\n120/635\nApplied Mathematics",1262,288,73,1.22,0.911,"University of Kragujevac, Faculty of Science"]
[677,"Organic Reactions",4.4,"52.0%\n101/211\nOrganic Chemistry",97,22,77,1.722,1.572,"John Wiley & Sons"]
[678,"Particulate Science and Technology",4.4,"59.0%\n112/273\nGeneral Chemical Engineering",1777,408,78,0.767,0.386,"Taylor & Francis"]
[679,"Progress in Rubber, Plastics and Recycling Technology",4.4,"59.0%\n110/273\nGeneral Chemical Engineering",355,81,75,0.692,0.381,"RAPRA Technology Ltd."]
[680,"Progress in the Chemistry of Organic Natural Products",4.4,"58.0%\n47/111\nChemistry (miscellaneous)",135,31,71,"N/A","N/A","Springer Nature"]
[681,"Solvent Extraction and Ion Exchange",4.4,"59.0%\n111/273\nGeneral Chemical Engineering",730,167,77,1.053,0.378,"Taylor & Francis"]
[682,"Surfaces",4.4,"66.0%\n67/196\nMaterials Science (miscellaneous)",587,133,74,0.589,0.48,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[683,"Synthetic Communications",4.4,"50.0%\n105/211\nOrganic Chemistry",3947,904,77,0.662,0.323,"Taylor & Francis"]
[684,"Advances in Pharmacological and Pharmaceutical Sciences",4.3,"79.0%\n17/80\nGeneral Pharmacology, Toxicology and Pharmaceutics",693,162,69,0.806,0.471,"Hindawi"]
[685,"Artificial Organs",4.3,"67.0%\n129/398\nMedicine (miscellaneous)",3344,778,75,0.819,0.651,"John Wiley & Sons"]
[686,"Current Green Chemistry",4.3,"57.0%\n34/79\nInorganic Chemistry",200,47,72,0.447,0.255,"Bentham Science Publishers"]
[687,"Environmental Pollutants and Bioavailability",4.3,"46.0%\n9/16\nChemical Health and Safety",708,166,71,0.742,0.659,"Taylor & Francis"]
[688,"European Journal of Inorganic Chemistry",4.3,"58.0%\n33/79\nInorganic Chemistry",7717,1778,78,0.543,0.481,"John Wiley & Sons"]
[689,"ISH Journal of Hydraulic Engineering",4.3,"65.0%\n132/379\nCivil and Structural Engineering",1578,367,73,1.315,0.473,"Taylor & Francis"]
[690,"Johnson Matthey Technology Review",4.3,"74.0%\n46/176\nMetals and Alloys",743,172,80,0.583,0.435,"Johnson Matthey Public Limited Company"]
[691,"Journal of Biomedical Nanotechnology",4.3,"67.0%\n130/398\nMedicine (miscellaneous)",1967,459,85,0.315,0.35,"American Scientific Publishers"]
[692,"Journal of Mass Spectrometry and Advances in the Clinical Lab",4.3,"76.0%\n10/41\nMedical Laboratory Technology",529,123,78,0.96,0.762,"Elsevier"]
[693,"Journal of Multidisciplinary Applied Natural Science",4.3,"66.0%\n73/219\nEnvironmental Science (miscellaneous)",180,42,67,0.982,"N/A","Pandawa Institute"]
[694,"Macromolecular Chemistry and Physics",4.3,"61.0%\n166/434\nCondensed Matter Physics",3804,879,75,0.523,0.501,"John Wiley & Sons"]
[695,"Nano Futures",4.3,"62.0%\n300/797\nElectrical and Electronic Engineering",493,114,74,0.545,0.538,"Institute of Physics Publishing"]
[696,"Process Integration and Optimization for Sustainability",4.3,"74.0%\n211/821\nGeography, Planning and Development",1010,237,76,0.73,0.445,"Springer Nature"]
[697,"Science and Technology for the Built Environment",4.3,"67.0%\n74/223\nBuilding and Construction",1564,367,76,0.702,0.461,"Taylor & Francis"]
[698,"ACS Chemical Health and Safety",4.2,"65.0%\n233/665\nPublic Health, Environmental and Occupational Health",775,185,72,0.93,0.437,"American Chemical Society"]
[699,"ACS Nanoscience Au",4.2,"64.0%\n71/196\nMaterials Science (miscellaneous)",382,91,73,0.898,1.21,"American Chemical Society"]
[700,"Advances in Inorganic Chemistry",4.2,"56.0%\n35/79\nInorganic Chemistry",347,82,71,"N/A","N/A","Elsevier"]
[701,"Applications in Energy and Combustion Science",4.2,"61.0%\n50/128\nFuel Technology",917,216,64,1.416,1.044,"Elsevier"]
[702,"Computational and Theoretical Chemistry",4.2,"60.0%\n171/434\nCondensed Matter Physics",5246,1246,67,0.607,0.405,"Elsevier"]
[703,"Crystals",4.2,"60.0%\n170/434\nCondensed Matter Physics",25926,6143,73,0.77,0.449,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[704,"High Performance Polymers",4.2,"55.0%\n142/317\nMaterials Chemistry",1682,404,77,0.668,0.407,"SAGE"]
[705,"Journal of Engineering (United Kingdom)",4.2,"65.0%\n231/672\nMechanical Engineering",682,164,61,1.109,0.422,"Hindawi"]
[706,"Journal of Hydrology and Hydromechanics",4.2,"66.0%\n227/672\nMechanical Engineering",683,163,79,0.744,0.524,"Walter de Gruyter"]
[707,"Lipids",4.2,"48.0%\n110/211\nOrganic Chemistry",648,154,82,0.531,0.438,"John Wiley & Sons"]
[708,"Propellants, Explosives, Pyrotechnics",4.2,"58.0%\n171/408\nGeneral Chemistry",2914,701,77,1.031,0.47,"John Wiley & Sons"]
[709,"Resources Chemicals and Materials",4.2,"64.0%\n70/196\nMaterials Science (miscellaneous)",224,53,79,1.089,0.829,"KeAi Communications Co."]
[710,"ACS Organic and Inorganic Au",4.1,"53.0%\n37/79\nInorganic Chemistry",433,106,77,0.932,0.851,"American Chemical Society"]
[711,"Analytical Letters",4.1,"57.0%\n31/72\nBiochemistry (medical)",3415,828,76,0.546,0.351,"Taylor & Francis"]
[712,"Biointerphases",4.1,"64.0%\n86/243\nGeneral Physics and Astronomy",831,205,77,0.488,0.472,"American Institute of Physics"]
[713,"Combustion Science and Technology",4.1,"65.0%\n85/243\nGeneral Physics and Astronomy",2760,679,79,0.793,0.416,"Taylor & Francis"]
[714,"Computer Methods in Biomechanics and Biomedical Engineering",4.1,"52.0%\n386/817\nComputer Science Applications",2393,587,74,0.922,0.421,"Taylor & Francis"]
[715,"Current Analytical Chemistry",4.1,"52.0%\n75/156\nAnalytical Chemistry",1438,350,75,0.398,0.293,"Bentham Science Publishers"]
[716,"Cytotechnology",4.1,"47.0%\n164/311\nBiotechnology",934,229,76,0.508,0.485,"Springer Nature"]
[717,"International Journal of Coal Preparation and Utilization",4.1,"64.0%\n238/672\nMechanical Engineering",1848,450,81,0.974,0.455,"Taylor & Francis"]
[718,"International Journal of Thermophysics",4.1,"59.0%\n39/96\nFluid Flow and Transfer Processes",2769,679,74,0.872,0.438,"Springer Nature"]
[719,"JAOCS, Journal of the American Oil Chemists' Society",4.1,"56.0%\n118/273\nGeneral Chemical Engineering",1544,377,79,0.697,0.412,"John Wiley & Sons"]
[720,"JCIS Open",4.1,"56.0%\n58/132\nSurfaces, Coatings and Films",377,91,79,0.745,0.568,"Elsevier"]
[721,"Journal of Essential Oil-Bearing Plants",4.1,"53.0%\n73/156\nAnalytical Chemistry",1956,472,71,0.785,0.434,"Taylor & Francis"]
[722,"Journal of Experimental Nanoscience",4.1,"50.0%\n228/463\nGeneral Materials Science",527,129,73,0.53,0.376,"Taylor & Francis"]
[723,"Journal of Inclusion Phenomena and Macrocyclic Chemistry",4.1,"60.0%\n155/389\nFood Science",1020,250,75,0.503,0.338,"Springer Nature"]
[724,"Journal of Photochemistry and Photobiology",4.1,"44.0%\n34/60\nElectrochemistry",757,186,71,0.719,0.546,"Elsevier"]
[725,"Journal of Sulfur Chemistry",4.1,"57.0%\n173/408\nGeneral Chemistry",846,206,73,0.641,0.315,"Taylor & Francis"]
[726,"Main Group Metal Chemistry",4.1,"71.0%\n50/176\nMetals and Alloys",394,95,76,0.632,0.379,"Walter de Gruyter"]
[727,"Molecular Biotechnology",4.1,"47.0%\n165/311\nBiotechnology",1875,460,81,0.589,0.512,"Springer Nature"]
[728,"Plastics, Rubber and Composites",4.1,"56.0%\n120/273\nGeneral Chemical Engineering",730,180,78,0.646,0.369,"SAGE"]
[729,"Rapid Communications in Mass Spectrometry",4.1,"51.0%\n76/156\nAnalytical Chemistry",3978,969,80,0.617,0.375,"John Wiley & Sons"]
[730,"Surface Topography: Metrology and Properties",4.1,"58.0%\n59/141\nInstrumentation",2535,617,79,0.682,0.394,"Institute of Physics Publishing"]
[731,"Acta Chromatographica",4,"56.0%\n180/408\nGeneral Chemistry",699,176,74,0.706,0.344,"Akademiai Kiado"]
[732,"Batteries",4,"59.0%\n110/272\nEnergy Engineering and Power Technology",4084,1022,65,1.003,0.659,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[733,"Bioengineering",4,"36.0%\n104/162\nBioengineering",10259,2592,63,0.896,0.627,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[734,"Calphad: Computer Coupling of Phase Diagrams and Thermochemistry",4,"55.0%\n181/408\nGeneral Chemistry",1690,427,75,0.958,0.612,"Elsevier"]
[735,"ChemEngineering",4,"70.0%\n91/307\nGeneral Engineering",1457,361,70,0.736,0.464,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[736,"Cogent Engineering",4,"70.0%\n92/307\nGeneral Engineering",3575,893,70,0.907,0.428,"Cogent OA"]
[737,"Comprehensive Analytical Chemistry",4,"50.0%\n77/156\nAnalytical Chemistry",624,155,75,"N/A","N/A","Elsevier"]
[738,"Heritage Science",4,"94.0%\n23/413\nArcheology (arts and humanities)",2884,728,72,1.431,0.522,"Springer Nature"]
[739,"International Journal of Chemical Engineering",4,"55.0%\n121/273\nGeneral Chemical Engineering",927,229,76,0.682,0.523,"Hindawi"]
[740,"Iranian Journal of Science and Technology, Transaction A: Science",4,"90.0%\n40/399\nGeneral Mathematics",2285,573,74,0.861,0.27,"Springer Nature"]
[741,"Journal of Analytical Science and Technology",4,"64.0%\n87/243\nGeneral Physics and Astronomy",837,207,76,0.586,0.391,"Springer Nature"]
[742,"Journal of Membrane Science and Research",4,"62.0%\n74/196\nMaterials Science (miscellaneous)",523,131,76,0.383,0.264,"Amirkabir University of Technology - Membrane Processes Research Laboratory"]
[743,"Journal of Membrane Science Letters",4,"50.0%\n231/463\nGeneral Materials Science",246,61,61,1.107,0.952,"Elsevier"]
[744,"Pure and Applied Chemistry",4,"56.0%\n178/408\nGeneral Chemistry",1522,379,66,0.757,0.435,"Walter de Gruyter"]
[745,"Textile Reseach Journal",4,"51.0%\n38/77\nChemical Engineering (miscellaneous)",4877,1225,71,0.973,0.461,"Tech Science Press"]
[746,"Chemical Papers",3.9,"63.0%\n142/384\nIndustrial and Manufacturing Engineering",8408,2137,72,0.579,0.381,"Springer Nature"]
[747,"ChemPhysMater",3.9,"56.0%\n188/434\nCondensed Matter Physics",278,72,74,0.635,0.826,"Elsevier"]
[748,"Colloids and Interfaces",3.9,"53.0%\n52/111\nChemistry (miscellaneous)",1001,256,69,0.589,0.415,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[749,"Engineering Microbiology",3.9,"66.0%\n35/103\nBiochemistry, Genetics and Molecular Biology (miscellaneous)",243,63,81,1.171,1.158,"Elsevier"]
[750,"Fibers and Polymers",3.9,"55.0%\n183/408\nGeneral Chemistry",5504,1413,71,0.692,0.446,"Korean Fiber Society"]
[751,"IEEE Transactions on Molecular, Biological, and Multi-Scale Communications",3.9,"65.0%\n113/324\nModeling and Simulation",484,123,67,0.85,1.021,"IEEE"]
[752,"Journal of Spectral Imaging",3.9,"50.0%\n78/156\nAnalytical Chemistry",152,39,74,0.4,0.265,"IM Publications Open LLP"]
[753,"Magnetochemistry",3.9,"52.0%\n53/111\nChemistry (miscellaneous)",2511,643,67,0.734,0.409,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[754,"Tetrahedron",3.9,"45.0%\n116/211\nOrganic Chemistry",6887,1745,76,0.571,0.406,"Elsevier"]
[755,"AAPP Atti della Accademia Peloritana dei Pericolanti, Classe di Scienze Fisiche, Matematiche e Naturali",3.8,"92.0%\n17/223\nHistory and Philosophy of Science",510,133,71,0.281,0.216,"Accademia Peloritana dei Pericolanti"]
[756,"Chemical Engineering and Technology",3.8,"61.0%\n147/384\nIndustrial and Manufacturing Engineering",3934,1047,70,0.589,0.405,"John Wiley & Sons"]
[757,"Electrochemical Science Advances",3.8,"51.0%\n54/111\nChemistry (miscellaneous)",687,183,82,0.575,0.575,"John Wiley & Sons"]
[758,"Heterocyclic Communications",3.8,"43.0%\n119/211\nOrganic Chemistry",271,72,67,0.695,0.353,"Walter de Gruyter"]
[759,"Iranian Journal of Catalysis",3.8,"52.0%\n38/79\nInorganic Chemistry",608,158,64,0.399,0.358,"Islamic Azad University"]
[760,"Journal of Fluorine Chemistry",3.8,"51.0%\n39/79\nInorganic Chemistry",1638,427,72,0.516,0.355,"Elsevier"]
[761,"Journal of Surfactants and Detergents",3.8,"52.0%\n130/273\nGeneral Chemical Engineering",1190,316,74,0.649,0.317,"John Wiley & Sons"]
[762,"Molecular Simulation",3.8,"63.0%\n118/324\nModeling and Simulation",2261,589,70,0.583,0.343,"Taylor & Francis"]
[763,"Open Chemistry",3.8,"54.0%\n187/408\nGeneral Chemistry",2243,592,64,0.74,0.363,"Walter de Gruyter"]
[764,"Science and Technology for Energy Transition (STET)",3.8,"57.0%\n117/272\nEnergy Engineering and Power Technology",862,228,73,0.59,0.424,"Editions Technip"]
[765,"Structural Chemistry",3.8,"55.0%\n192/434\nCondensed Matter Physics",2838,744,76,0.607,0.321,"Springer Nature"]
[766,"ACS Physical Chemistry Au",3.7,"64.0%\n63/176\nComputational Theory and Mathematics",384,104,80,0.948,0.951,"American Chemical Society"]
[767,"Biologicals",3.7,"54.0%\n28/61\nGeneral Immunology and Microbiology",709,191,72,0.676,0.452,"Elsevier"]
[768,"BioTech",3.7,"42.0%\n178/311\nBiotechnology",600,164,66,0.707,0.558,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[769,"Color Research and Application",3.7,"57.0%\n20/46\nHuman Factors and Ergonomics",1404,380,73,1.122,0.528,"John Wiley & Sons"]
[770,"Crystallography Reviews",3.7,"53.0%\n202/434\nCondensed Matter Physics",103,28,57,0.699,0.732,"Taylor & Francis"]
[771,"Current Organic Chemistry",3.7,"43.0%\n120/211\nOrganic Chemistry",1608,430,67,0.435,0.314,"Bentham Science Publishers"]
[772,"Electronic Structure",3.7,"55.0%\n359/797\nElectrical and Electronic Engineering",677,183,71,0.773,0.758,"Institute of Physics Publishing"]
[773,"Food Technology and Biotechnology",3.7,"61.0%\n149/384\nIndustrial and Manufacturing Engineering",678,182,72,0.691,0.45,"University of Zagreb"]
[774,"Journal of Applied Laboratory Medicine",3.7,"61.0%\n80/208\nPathology and Forensic Medicine",2028,541,67,0.586,0.506,"Oxford University Press"]
[775,"Journal of Ionic Liquids",3.7,"60.0%\n86/219\nEnvironmental Science (miscellaneous)",236,64,63,0.698,0.527,"Elsevier"]
[776,"Journal of Mathematical Chemistry",3.7,"73.0%\n167/635\nApplied Mathematics",1547,420,65,0.905,0.46,"Springer Nature"]
[777,"Journal of Wood Chemistry and Technology",3.7,"52.0%\n193/408\nGeneral Chemistry",512,140,71,0.551,0.391,"Taylor & Francis"]
[778,"Monatshefte fur Chemie",3.7,"53.0%\n191/408\nGeneral Chemistry",2080,565,72,0.51,0.316,"Springer Nature"]
[779,"Organic Materials",3.7,"42.0%\n122/211\nOrganic Chemistry",508,137,74,"N/A","N/A","Thieme"]
[780,"Polycyclic Aromatic Compounds",3.7,"50.0%\n156/317\nMaterials Chemistry",5118,1378,74,0.782,0.319,"Taylor & Francis"]
[781,"Acta Chimica Sinica",3.6,"51.0%\n197/408\nGeneral Chemistry",2207,620,69,0.379,0.375,"Science China Press"]
[782,"Biomedical Chromatography",3.6,"48.0%\n81/156\nAnalytical Chemistry",3616,1000,75,0.634,0.384,"John Wiley & Sons"]
[783,"Biophysics Reviews",3.6,"43.0%\n87/152\nBiophysics",316,88,67,0.685,"N/A","American Institute of Physics"]
[784,"Canadian Journal of Chemical Engineering",3.6,"50.0%\n137/273\nGeneral Chemical Engineering",4573,1276,74,0.699,0.402,"John Wiley & Sons"]
[785,"Chemistry Africa",3.6,"50.0%\n56/111\nChemistry (miscellaneous)",2189,601,67,0.631,0.372,"Springer Nature"]
[786,"Chinese Journal of Analytical Chemistry",3.6,"47.0%\n82/156\nAnalytical Chemistry",1256,351,73,0.443,0.355,"Chinese Academy of Sciences"]
[787,"Coloration Technology",3.6,"59.0%\n80/196\nMaterials Science (miscellaneous)",809,223,75,0.858,0.325,"John Wiley & Sons"]
[788,"Forensic Sciences Research",3.6,"89.0%\n51/502\nAnthropology",785,217,71,0.812,0.572,"Oxford University Press"]
[789,"Geochemistry: Exploration, Environment, Analysis",3.6,"68.0%\n62/195\nGeneral Earth and Planetary Sciences",331,92,72,0.497,0.292,"Geological Society of London"]
[790,"International Agrophysics",3.6,"69.0%\n68/221\nGeneral Agricultural and Biological Sciences",563,157,73,0.667,0.42,"Polish Academy of Sciences"]
[791,"International Journal of Mass Spectrometry",3.6,"51.0%\n210/434\nCondensed Matter Physics",1675,470,76,0.68,0.394,"Elsevier"]
[792,"International Review of Aerospace Engineering",3.6,"72.0%\n177/635\nApplied Mathematics",424,118,73,0.601,0.437,"Praise Worthy Prize S.r.l"]
[793,"Journal of Computational Biophysics and Chemistry",3.6,"61.0%\n68/176\nComputational Theory and Mathematics",905,251,66,0.398,0.252,"World Scientific"]
[794,"Journal of Coordination Chemistry",3.6,"48.0%\n163/317\nMaterials Chemistry",2657,738,68,0.487,0.311,"Taylor & Francis"]
[795,"Journal of Crystal Growth",3.6,"52.0%\n205/434\nCondensed Matter Physics",5108,1411,77,0.768,0.379,"Elsevier"]
[796,"Journal of Electrochemical Science and Engineering",3.6,"49.0%\n161/317\nMaterials Chemistry",805,222,74,0.573,0.297,"International Association of Physical Chemists"]
[797,"Journal of Enhanced Heat Transfer",3.6,"59.0%\n274/672\nMechanical Engineering",540,148,75,0.509,0.384,"Begell House"]
[798,"Journal of Physical Organic Chemistry",3.6,"44.0%\n105/189\nPhysical and Theoretical Chemistry",1599,441,73,0.498,0.335,"John Wiley & Sons"]
[799,"Journal of the Chilean Chemical Society",3.6,"52.0%\n196/408\nGeneral Chemistry",670,188,66,0.515,0.313,"Sociedad Chilena De Quimica"]
[800,"Journal of Thermal Science and Engineering Applications",3.6,"66.0%\n102/307\nGeneral Engineering",2197,608,75,0.588,0.379,"American Society of Mechanical Engineers"]
[801,"Molecular Physics",3.6,"52.0%\n207/434\nCondensed Matter Physics",4244,1179,72,0.53,0.326,"Taylor & Francis"]
[802,"Photochem",3.6,"48.0%\n58/111\nChemistry (miscellaneous)",400,111,68,0.674,"N/A","Multidisciplinary Digital Publishing Institute (MDPI)"]
[803,"Revista Mexicana de Ingeniera Quimica",3.6,"50.0%\n136/273\nGeneral Chemical Engineering",1502,419,80,0.366,0.266,"Universidad Autonoma Metropolitana"]
[804,"Supramolecular Chemistry",3.6,"52.0%\n194/408\nGeneral Chemistry",520,144,67,0.398,0.257,"Taylor & Francis"]
[805,"Tetrahedron Chem",3.6,"41.0%\n124/211\nOrganic Chemistry",180,50,64,0.901,0.973,"Elsevier"]
[806,"Transition Metal Chemistry",3.6,"68.0%\n56/176\nMetals and Alloys",705,197,69,0.374,0.229,"Springer Nature"]
[807,"Advanced Agrochem",3.5,"73.0%\n51/193\nAgricultural and Biological Sciences (miscellaneous)",169,48,79,1.011,0.738,"KeAi Communications Co."]
[808,"Advances in Sample Preparation",3.5,"46.0%\n60/111\nChemistry (miscellaneous)",305,88,81,1.041,0.598,"Elsevier"]
[809,"Asia-Pacific Journal of Chemical Engineering",3.5,"49.0%\n139/273\nGeneral Chemical Engineering",1961,561,74,0.537,0.34,"John Wiley & Sons"]
[810,"Biomimetics",3.5,"39.0%\n183/303\nBiomedical Engineering",3434,994,59,0.922,0.562,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[811,"Bioscience, Biotechnology and Biochemistry",3.5,"46.0%\n84/156\nAnalytical Chemistry",3314,951,73,0.496,0.43,"Oxford University Press"]
[812,"Current Nanoscience",3.5,"60.0%\n156/398\nMedicine (miscellaneous)",937,268,76,0.307,0.267,"Bentham Science Publishers"]
[813,"Frontiers in Chemical Engineering",3.5,"46.0%\n42/77\nChemical Engineering (miscellaneous)",933,267,69,0.651,0.51,"Frontiers Media SA"]
[814,"Instrumentation Science and Technology",3.5,"56.0%\n103/233\nGeneral Environmental Science",645,184,75,0.56,0.302,"Taylor & Francis"]
[815,"International Journal of Polymer Analysis and Characterization",3.5,"48.0%\n140/273\nGeneral Chemical Engineering",691,198,72,0.649,0.376,"Taylor & Francis"]
[816,"Journal of Bioactive and Compatible Polymers",3.5,"46.0%\n170/317\nMaterials Chemistry",478,138,75,0.474,0.346,"SAGE"]
[817,"Journal of Molecular Modeling",3.5,"57.0%\n75/176\nComputational Theory and Mathematics",5180,1489,68,0.543,0.332,"Springer Nature"]
[818,"Journal of the Indian Chemical Society",3.5,"47.0%\n42/79\nInorganic Chemistry",4381,1251,70,0.609,0.351,"Elsevier"]
[819,"Journal of Thermophysics and Heat Transfer",3.5,"62.0%\n58/153\nAerospace Engineering",1056,298,73,0.702,0.397,"American Institute of Aeronautics and Astronautics"]
[820,"Mineral Processing and Extractive Metallurgy: Transactions of the Institute of Mining and Metallurgy",3.5,"60.0%\n92/229\nGeotechnical Engineering and Engineering Geology",429,121,66,0.62,0.297,"SAGE"]
[821,"Mining, Metallurgy and Exploration",3.5,"66.0%\n59/176\nMetals and Alloys",2562,738,68,0.747,0.397,"Springer Nature"]
[822,"Studies in Natural Products Chemistry",3.5,"40.0%\n125/211\nOrganic Chemistry",671,190,64,"N/A","N/A","Elsevier"]
[823,"Tetrahedron Letters",3.5,"39.0%\n129/211\nOrganic Chemistry",7871,2271,76,0.425,0.323,"Elsevier"]
[824,"Bulletin of the Korean Chemical Society",3.4,"50.0%\n204/408\nGeneral Chemistry",2572,759,77,0.48,0.425,"John Wiley & Sons"]
[825,"CFD Letters",3.4,"54.0%\n148/324\nModeling and Simulation",1449,427,69,0.938,0.346,"Semarak Ilmu Publishing"]
[826,"Chemical Synthesis",3.4,"44.0%\n62/111\nChemistry (miscellaneous)",254,75,68,0.736,"N/A","OAE Publishing Inc."]
[827,"Chemie-Ingenieur-Technik",3.4,"60.0%\n154/384\nIndustrial and Manufacturing Engineering",2539,737,65,0.626,0.449,"John Wiley & Sons"]
[828,"Chemistry and Biodiversity",3.4,"49.0%\n205/408\nGeneral Chemistry",6197,1829,64,0.7,0.405,"John Wiley & Sons"]
[829,"Chromatographia",3.4,"45.0%\n85/156\nAnalytical Chemistry",1364,396,78,0.516,0.301,"Springer Nature"]
[830,"Current Organic Synthesis",3.4,"38.0%\n131/211\nOrganic Chemistry",671,196,71,0.494,0.318,"Bentham Science Publishers"]
[831,"Fluids",3.4,"55.0%\n297/672\nMechanical Engineering",4755,1395,74,0.85,0.404,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[832,"Handbook on the Physics and Chemistry of Rare Earths",3.4,"59.0%\n99/243\nGeneral Physics and Astronomy",84,25,64,"N/A","N/A","Elsevier"]
[833,"International Journal of Artificial Organs",3.4,"59.0%\n160/398\nMedicine (miscellaneous)",1416,419,66,0.599,0.43,"Wichtig Publishing Srl"]
[834,"Journal of Peptide Science",3.4,"37.0%\n132/211\nOrganic Chemistry",765,227,67,0.487,0.352,"John Wiley & Sons"]
[835,"Journal of the Chinese Chemical Society",3.4,"50.0%\n203/408\nGeneral Chemistry",2724,797,67,0.486,0.342,"John Wiley & Sons"]
[836,"Moroccan Journal of Chemistry",3.4,"50.0%\n202/408\nGeneral Chemistry",1067,312,71,0.525,0.377,"University Mohammed Premier Oujda"]
[837,"Nanomedicine Journal",3.4,"76.0%\n151/636\nGeneral Medicine",448,130,67,0.296,0.273,"Mashhad University of Medical Sciences"]
[838,"Solid State Communications",3.4,"50.0%\n201/408\nGeneral Chemistry",3655,1062,68,0.687,0.414,"Elsevier"]
[839,"Solids",3.4,"66.0%\n28/81\nPhysics and Astronomy (miscellaneous)",319,93,62,0.723,"N/A","Multidisciplinary Digital Publishing Institute (MDPI)"]
[840,"Synlett",3.4,"37.0%\n133/211\nOrganic Chemistry",4691,1396,70,0.396,0.45,"Thieme"]
[841,"Theoretical Chemistry Accounts",3.4,"40.0%\n113/189\nPhysical and Theoretical Chemistry",1854,545,66,0.573,0.345,"Springer Nature"]
[842,"ACS Food Science and Technology",3.3,"51.0%\n188/389\nFood Science",2025,613,67,0.67,0.487,"American Chemical Society"]
[843,"Bioanalysis",3.3,"68.0%\n26/80\nGeneral Pharmacology, Toxicology and Pharmaceutics",1619,497,67,0.593,0.43,"Taylor & Francis"]
[844,"ChemistrySelect",3.3,"49.0%\n207/408\nGeneral Chemistry",25358,7577,65,0.451,0.376,"John Wiley & Sons"]
[845,"Designed Monomers and Polymers",3.3,"48.0%\n209/408\nGeneral Chemistry",349,106,71,0.429,0.329,"Taylor & Francis"]
[846,"Gold Bulletin",3.3,"43.0%\n45/79\nInorganic Chemistry",244,73,64,0.451,0.398,"Springer Nature"]
[847,"International Journal of Chemical Kinetics",3.3,"44.0%\n44/79\nInorganic Chemistry",1013,303,75,0.624,0.39,"John Wiley & Sons"]
[848,"Journal of Electron Spectroscopy and Related Phenomena",3.3,"56.0%\n26/58\nRadiation",869,261,61,0.68,0.506,"Elsevier"]
[849,"Journal of Labelled Compounds and Radiopharmaceuticals",3.3,"52.0%\n157/333\nRadiology, Nuclear Medicine and Imaging",590,177,64,0.491,0.326,"John Wiley & Sons"]
[850,"Journal of Near Infrared Spectroscopy",3.3,"33.0%\n51/76\nSpectroscopy",443,136,73,0.656,0.3,"SAGE"]
[851,"Micro and Nano Letters",3.3,"45.0%\n235/434\nCondensed Matter Physics",1167,357,76,0.293,0.262,"John Wiley & Sons"]
[852,"Optical Materials: X",3.3,"50.0%\n399/797\nElectrical and Electronic Engineering",590,180,72,0.863,0.506,"Elsevier"]
[853,"Physics and Chemistry of Liquids",3.3,"46.0%\n232/434\nCondensed Matter Physics",773,234,73,0.584,0.299,"Taylor & Francis"]
[854,"Protein Engineering, Design and Selection",3.3,"39.0%\n190/311\nBiotechnology",264,79,68,0.437,0.757,"Oxford University Press"]
[855,"Reaction Kinetics, Mechanisms and Catalysis",3.3,"37.0%\n119/189\nPhysical and Theoretical Chemistry",2575,788,72,0.494,0.347,"Springer Nature"]
[856,"Steel Research International",3.3,"64.0%\n63/176\nMetals and Alloys",3583,1093,69,0.956,0.5,"John Wiley & Sons"]
[857,"Surface and Interface Analysis",3.3,"49.0%\n208/408\nGeneral Chemistry",1619,489,75,0.532,0.366,"John Wiley & Sons"]
[858,"Bulletin of Chemical Reaction Engineering and Catalysis",3.2,"48.0%\n210/408\nGeneral Chemistry",935,288,67,0.469,0.295,"Masyarakat Katalis Indonesia - Indonesian Catalyst Society (MKICS)"]
[859,"Chemical and Pharmaceutical Bulletin",3.2,"48.0%\n212/408\nGeneral Chemistry",1815,572,71,0.617,0.358,"Pharmaceutical Society of Japan"]
[860,"Chemistry (Switzerland)",3.2,"42.0%\n64/111\nChemistry (miscellaneous)",1414,441,62,0.698,0.426,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[861,"Communications in Science and Technology",3.2,"64.0%\n111/307\nGeneral Engineering",279,86,60,0.917,0.501,"Komunitas Ilmuwan dan Profesional Muslim Indonesia"]
[862,"Corrosion Engineering Science and Technology",3.2,"48.0%\n211/408\nGeneral Chemistry",936,294,67,0.69,0.343,"SAGE"]
[863,"Journal of Asian Natural Products Research",3.2,"64.0%\n38/105\nComplementary and Alternative Medicine",1614,497,72,0.658,0.339,"Taylor & Francis"]
[864,"Journal of Oleo Science",3.2,"47.0%\n213/408\nGeneral Chemistry",1991,629,72,0.585,0.369,"Japan Oil Chemists Society"]
[865,"Journal of Polymer Engineering",3.2,"47.0%\n143/273\nGeneral Chemical Engineering",1127,347,66,0.469,0.339,"Walter de Gruyter"]
[866,"Cellular Polymers",3.1,"41.0%\n95/161\nPolymers and Plastics",171,56,70,0.51,0.373,"SAGE"]
[867,"Chemical Methodologies",3.1,"35.0%\n122/189\nPhysical and Theoretical Chemistry",511,166,71,"N/A","N/A","Sami Publishing Company"]
[868,"Chemical Thermodynamics and Thermal Analysis",3.1,"36.0%\n121/189\nPhysical and Theoretical Chemistry",317,102,68,0.809,0.464,"Elsevier"]
[869,"Chemistry Teacher International",3.1,"66.0%\n520/1543\nEducation",419,136,61,1.076,0.429,"Walter de Gruyter"]
[870,"Combinatorial Chemistry and High Throughput Screening",3.1,"43.0%\n464/817\nComputer Science Applications",2017,659,71,0.404,0.301,"Bentham Science Publishers"]
[871,"Digital Chemical Engineering",3.1,"60.0%\n81/204\nEngineering (miscellaneous)",380,121,73,0.916,0.529,"Elsevier"]
[872,"Heat Transfer Research",3.1,"54.0%\n306/672\nMechanical Engineering",1167,371,68,0.653,0.381,"Begell House"]
[873,"International Journal of Analytical Chemistry",3.1,"42.0%\n90/156\nAnalytical Chemistry",787,254,69,0.607,0.314,"Hindawi"]
[874,"Journal of AOAC International",3.1,"60.0%\n161/406\nAgronomy and Crop Science",2158,701,69,0.602,0.393,"AOAC International"]
[875,"Journal of Chemical Sciences",3.1,"47.0%\n215/408\nGeneral Chemistry",1608,520,68,0.446,0.322,"Springer Nature"]
[876,"Membranes and Membrane Technologies",3.1,"55.0%\n88/196\nMaterials Science (miscellaneous)",572,185,70,0.536,0.325,"Springer Nature"]
[877,"Periodica Polytechnica Chemical Engineering",3.1,"53.0%\n108/233\nGeneral Environmental Science",724,232,70,0.646,0.31,"Budapest University of Technology and Economics"]
[878,"Records of Natural Products",3.1,"60.0%\n202/516\nPlant Science",869,282,68,0.844,0.392,"ACG Publications"]
[879,"Russian Journal of Inorganic Chemistry",3.1,"56.0%\n86/196\nMaterials Science (miscellaneous)",3256,1046,72,0.568,0.316,"Pleiades Publishing"]
[880,"South African Journal of Chemistry",3.1,"47.0%\n216/408\nGeneral Chemistry",252,82,60,0.313,0.25,"Bureau for Scientific Publications"]
[881,"X-Ray Spectrometry",3.1,"32.0%\n52/76\nSpectroscopy",665,216,75,0.671,0.27,"John Wiley & Sons"]
[882,"Chemistry Letters",3,"46.0%\n220/408\nGeneral Chemistry",3673,1245,68,0.382,0.423,"The Chemical Society of Japan"]
[883,"Combustion Theory and Modelling",3,"57.0%\n104/243\nGeneral Physics and Astronomy",603,198,77,0.866,0.513,"Taylor & Francis"]
[884,"Green Analytical Chemistry",3,"41.0%\n92/156\nAnalytical Chemistry",245,81,64,0.808,0.567,"Elsevier"]
[885,"Helvetica Chimica Acta",3,"38.0%\n49/79\nInorganic Chemistry",862,291,64,0.476,0.557,"John Wiley & Sons"]
[886,"Indian Chemical Engineer",3,"45.0%\n148/273\nGeneral Chemical Engineering",504,168,63,0.554,0.256,"Taylor & Francis"]
[887,"International Journal of Electrochemical Science",3,"32.0%\n41/60\nElectrochemistry",8593,2874,73,0.281,0.26,"Elsevier"]
[888,"Journal of Spectroscopy",3,"43.0%\n126/224\nAtomic and Molecular Physics, and Optics",431,144,72,0.556,0.264,"Hindawi"]
[889,"Macromolecular Theory and Simulations",3,"42.0%\n248/434\nCondensed Matter Physics",514,174,73,0.689,0.304,"John Wiley & Sons"]
[890,"Mendeleev Communications",3,"46.0%\n218/408\nGeneral Chemistry",3145,1045,72,0.631,0.332,"Elsevier"]
[891,"Mining Science and Technology(Russian Federation)",3,"62.0%\n120/321\nGeology",350,117,56,0.887,0.773,"National University of Science and Technology MISIS"]
[892,"Polymer Science - Series C",3,"46.0%\n219/408\nGeneral Chemistry",240,81,62,0.576,0.295,"Pleiades Publishing"]
[893,"Separations",3,"40.0%\n93/156\nAnalytical Chemistry",4005,1329,68,0.659,0.405,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[894,"SOCAR Proceedings",3,"65.0%\n221/635\nApplied Mathematics",1604,527,45,0.91,0.315,"Oil Gas Scientific Research Project Institute"]
[895,"Zeitschrift fur Naturforschung - Section A Journal of Physical Sciences",3,"71.0%\n25/85\nMathematical Physics",1156,383,60,0.578,0.294,"Walter de Gruyter"]
[896,"Analytical Sciences",2.9,"38.0%\n96/156\nAnalytical Chemistry",2601,893,71,0.497,0.307,"Springer Nature"]
[897,"Animal Biotechnology",2.9,"68.0%\n157/490\nAnimal Science and Zoology",2568,875,69,0.718,0.432,"Taylor & Francis"]
[898,"Avicenna Journal of Medical Biotechnology",2.9,"35.0%\n202/311\nBiotechnology",397,138,62,0.49,0.38,"Avicenna Research Institute"]
[899,"BioResources",2.9,"48.0%\n102/197\nEnvironmental Engineering",6331,2168,67,0.549,0.318,"North Carolina University"]
[900,"Chemistry of Heterocyclic Compounds",2.9,"31.0%\n146/211\nOrganic Chemistry",1739,596,72,0.435,0.246,"Springer Nature"]
[901,"Chinese Journal of Organic Chemistry",2.9,"30.0%\n147/211\nOrganic Chemistry",5148,1806,66,0.269,0.325,"Science China Press"]
[902,"Environmental Science: Atmospheres",2.9,"41.0%\n98/167\nPollution",727,254,66,0.688,0.718,"Royal Society of Chemistry"]
[903,"Fluid Dynamics Research",2.9,"53.0%\n113/243\nGeneral Physics and Astronomy",521,182,63,0.63,0.322,"Institute of Physics Publishing"]
[904,"International Journal of Applied Science and Engineering",2.9,"67.0%\n29/88\nNumerical Analysis",506,177,54,0.48,0.243,"Chaoyang University of Technology"]
[905,"JMIR Bioinformatics and Biotechnology",2.9,"37.0%\n87/138\nHealth Informatics",109,37,57,0.79,0.328,"JMIR Publications Inc."]
[906,"Journal of Chromatographic Science",2.9,"38.0%\n97/156\nAnalytical Chemistry",1285,447,75,0.567,0.342,"Oxford University Press"]
[907,"Journal of Electrochemistry",2.9,"50.0%\n136/272\nEnergy Engineering and Power Technology",816,282,66,0.317,0.575,"Chinese Chemical Society"]
[908,"Journal of the Brazilian Chemical Society",2.9,"45.0%\n221/408\nGeneral Chemistry",2352,816,70,0.433,0.264,"Sociedade Brasileira de Quimica"]
[909,"Open Biotechnology Journal",2.9,"37.0%\n96/152\nBiophysics",153,53,57,0.587,0.264,"Bentham Science Publishers"]
[910,"Petroleum Science and Technology",2.9,"53.0%\n107/229\nGeotechnical Engineering and Engineering Geology",1435,502,71,0.545,0.325,"Taylor & Francis"]
[911,"Polimery",2.9,"45.0%\n149/273\nGeneral Chemical Engineering",725,249,58,0.372,0.257,"Industrial Chemistry Research Institute"]
[912,"Radiochimica Acta",2.9,"34.0%\n125/189\nPhysical and Theoretical Chemistry",959,328,70,0.658,0.295,"Walter de Gruyter"]
[913,"Recent Patents on Biotechnology",2.9,"36.0%\n199/311\nBiotechnology",246,84,69,0.262,0.277,"Bentham Science Publishers"]
[914,"Scientia Iranica",2.9,"60.0%\n123/307\nGeneral Engineering",2601,897,71,0.474,0.312,"Sharif University of Technology"]
[915,"Soft Materials",2.9,"45.0%\n222/408\nGeneral Chemistry",475,165,70,0.376,0.32,"Taylor & Francis"]
[916,"Spectroscopy Letters",2.9,"42.0%\n130/224\nAtomic and Molecular Physics, and Optics",711,243,67,0.425,0.265,"Taylor & Francis"]
[917,"Wuji Cailiao Xuebao/Journal of Inorganic Materials",2.9,"40.0%\n277/463\nGeneral Materials Science",1984,677,69,0.433,0.346,"Science China Press"]
[918,"Anti-Corrosion Methods and Materials",2.8,"44.0%\n152/273\nGeneral Chemical Engineering",721,256,79,0.636,0.365,"Emerald Publishing"]
[919,"Biomedical Physics and Engineering Express",2.8,"46.0%\n179/333\nRadiology, Nuclear Medicine and Imaging",2004,720,65,0.547,0.336,"Institute of Physics Publishing"]
[920,"Corrosion",2.8,"44.0%\n225/408\nGeneral Chemistry",1156,418,68,0.671,0.314,"Association for Materials Protection and Performance"]
[921,"Digital Discovery",2.8,"36.0%\n71/111\nChemistry (miscellaneous)",709,254,60,0.964,1.238,"Royal Society of Chemistry"]
[922,"Electronic Materials",2.8,"50.0%\n97/196\nMaterials Science (miscellaneous)",231,82,72,0.367,"N/A","Multidisciplinary Digital Publishing Institute (MDPI)"]
[923,"Inorganics",2.8,"33.0%\n53/79\nInorganic Chemistry",2470,890,61,0.617,0.468,"Multidisciplinary Digital Publishing Institute (MDPI)"]
[924,"International Journal of Nano Dimension",2.8,"61.0%\n68/176\nMetals and Alloys",419,148,68,0.384,"N/A","Islamic Azad University of Tonekabon"]
[925,"International Review on Modelling and Simulations",2.8,"86.0%\n6/41\nLogic",526,188,71,0.451,0.3,"Praise Worthy Prize S.r.l"]
[926,"Iranian Journal of Chemistry and Chemical Engineering",2.8,"44.0%\n226/408\nGeneral Chemistry",2161,783,60,0.36,0.252,"Iranian Institute of Research and Development in Chemical Industries"]
[927,"Isotopes in Environmental and Health Studies",2.8,"49.0%\n118/233\nGeneral Environmental Science",391,142,73,0.47,0.383,"Taylor & Francis"]
[928,"Journal of Liquid Chromatography and Related Technologies",2.8,"47.0%\n97/183\nPharmaceutical Science",658,236,68,0.409,0.262,"Taylor & Francis"]
[929,"Journal of Radioanalytical and Nuclear Chemistry",2.8,"60.0%\n31/77\nNuclear Energy and Engineering",6142,2172,66,0.679,0.355,"Akademiai Kiado"]
[930,"Liquid Crystals Today",2.8,"41.0%\n187/317\nMaterials Chemistry",71,25,40,0.528,0.275,"Taylor & Francis"]
[931,"Multiscale Modeling and Simulation",2.8,"52.0%\n115/243\nGeneral Physics and Astronomy",665,235,66,1.021,1.028,"Society for Industrial and Applied Mathematics"]
[932,"Organic Communications",2.8,"30.0%\n148/211\nOrganic Chemistry",252,91,58,0.685,0.281,"Academy of Chemistry of Globe Publications"]
[933,"Ranliao Huaxue Xuebao/Journal of Fuel Chemistry and Technology",2.8,"43.0%\n154/273\nGeneral Chemical Engineering",1985,710,66,0.498,0.348,"Science China Press"]
[934,"Acta Polymerica Sinica",2.7,"44.0%\n227/408\nGeneral Chemistry",1343,491,61,0.35,0.374,"Science China Press"]
[935,"Chemical and Biochemical Engineering Quarterly",2.7,"44.0%\n228/408\nGeneral Chemistry",294,109,59,0.47,0.315,"Assoc. of Chemists and Chemical Engineers of Croatia"]
[936,"Computational Thermal Sciences",2.7,"54.0%\n87/189\nComputational Mathematics",337,127,58,0.616,0.281,"Begell House"]
[937,"International Journal of Air-Conditioning and Refrigeration",2.7,"49.0%\n49/96\nFluid Flow and Transfer Processes",359,132,64,0.529,0.301,"Society of Refrigeration and Air Conditioning Engineers"]
[938,"International Journal of Chemical Reactor Engineering",2.7,"42.0%\n158/273\nGeneral Chemical Engineering",1157,424,65,0.45,0.307,"Walter de Gruyter"]
[939,"Journal of Micro and Nano-Manufacturing",2.7,"53.0%\n179/384\nIndustrial and Manufacturing Engineering",276,103,80,0.363,0.228,"American Society of Mechanical Engineers"]
[940,"Journal of Molecular Spectroscopy",2.7,"38.0%\n138/224\nAtomic and Molecular Physics, and Optics",908,333,70,0.641,0.374,"Elsevier"]
[941,"Journal of Vacuum Science and Technology B",2.7,"43.0%\n448/797\nElectrical and Electronic Engineering",1898,705,64,0.702,0.328,"AVS Science and Technology Society"]
[942,"Nanomedicine Research Journal",2.7,"45.0%\n91/167\nInternal Medicine",431,159,57,0.357,0.304,"Tehran University of Medical Sciences"]
[943,"Physical Chemistry Research",2.7,"48.0%\n50/96\nFluid Flow and Transfer Processes",537,201,66,0.393,0.258,"Iranian Chemical Society"]
[944,"Reactions",2.7,"39.0%\n47/77\nChemical Engineering (miscellaneous)",347,129,60,0.579,"N/A","Multidisciplinary Digital Publishing Institute (MDPI)"]
[945,"Results in Chemistry",2.7,"44.0%\n228/408\nGeneral Chemistry",3180,1179,60,0.608,0.375,"Elsevier"]
[946,"Russian Chemical Bulletin",2.7,"43.0%\n230/408\nGeneral Chemistry",3365,1261,70,0.624,0.292,"Springer Nature"]
[947,"Topics in Organometallic Chemistry",2.7,"31.0%\n55/79\nInorganic Chemistry",139,52,71,"N/A","N/A","Springer Nature"]
[948,"Acta Crystallographica Section A: Foundations and Advances",2.6,"37.0%\n270/434\nCondensed Matter Physics",573,224,63,0.849,0.538,"John Wiley & Sons"]
[949,"Advances in Biomembranes and Lipid Self-Assembly",2.6,"33.0%\n101/152\nBiophysics",98,38,53,0.454,0.367,"Elsevier"]
[950,"Analysis and Sensing",2.6,"35.0%\n101/156\nAnalytical Chemistry",262,101,64,0.57,"N/A","John Wiley & Sons"]
[951,"Chemical Physics Impact",2.6,"56.0%\n36/81\nPhysics and Astronomy (miscellaneous)",989,385,53,0.785,0.484,"Elsevier"]
[952,"European Physical Journal E",2.6,"43.0%\n232/408\nGeneral Chemistry",1144,443,62,0.5,0.404,"Springer Nature"]
[953,"Macromolecular Reaction Engineering",2.6,"43.0%\n231/408\nGeneral Chemistry",407,156,65,0.9,0.287,"John Wiley & Sons"]
[954,"Maderas: Ciencia y Tecnologia",2.6,"62.0%\n65/174\nForestry",553,210,64,0.702,0.308,"Universidade Federal de Sao Carlos"]
[955,"Organic Preparations and Procedures International",2.6,"28.0%\n151/211\nOrganic Chemistry",633,247,62,0.457,0.239,"Taylor & Francis"]
[956,"Phosphorus, Sulfur and Silicon and the Related Elements",2.6,"29.0%\n56/79\nInorganic Chemistry",1359,515,64,0.412,0.24,"Taylor & Francis"]
[957,"Zeitschrift fur Anorganische und Allgemeine Chemie",2.6,"28.0%\n57/79\nInorganic Chemistry",2478,966,69,0.338,0.274,"John Wiley & Sons"]
[958,"ACS Polymers Au",2.5,"38.0%\n196/317\nMaterials Chemistry",92,37,59,"N/A","N/A","American Chemical Society"]
[959,"Acta Chimica Slovenica",2.5,"42.0%\n236/408\nGeneral Chemistry",1015,412,64,0.354,0.254,"Slovensko Kemijsko Drustvo"]
[960,"Advances in Polymer Science",2.5,"41.0%\n160/273\nGeneral Chemical Engineering",232,91,64,"N/A","N/A","Springer Nature"]
[961,"Analytical and Bioanalytical Chemistry Research",2.5,"34.0%\n103/156\nAnalytical Chemistry",350,139,66,0.367,0.227,"Iranian Chemical Society"]
[962,"Annual Reports in Computational Chemistry",2.5,"51.0%\n92/189\nComputational Mathematics",49,20,55,"N/A","N/A","Elsevier"]
[963,"Australian Journal of Chemistry",2.5,"42.0%\n236/408\nGeneral Chemistry",934,379,75,0.287,0.267,"CSIRO"]
[964,"Brazilian Journal of Chemical Engineering",2.5,"41.0%\n161/273\nGeneral Chemical Engineering",759,298,73,0.459,0.272,"Association Brasiliera de Eng. Quimica / Braz. Soc. Chem. Eng."]
[965,"Crystal Research and Technology",2.5,"43.0%\n233/408\nGeneral Chemistry",1032,409,62,0.618,0.346,"John Wiley & Sons"]
[966,"Food Engineering Series",2.5,"47.0%\n351/672\nMechanical Engineering",494,196,65,"N/A","N/A","Springer Nature"]
[967,"Grasas y Aceites",2.5,"44.0%\n217/389\nFood Science",479,195,65,0.473,0.278,"CSIC Consejo Superior de Investigaciones Cientificas"]
[968,"High Temperature Materials and Processes",2.5,"41.0%\n234/398\nMechanics of Materials",588,239,65,0.677,0.354,"Walter de Gruyter"]
[969,"Journal of Chromatography Open",2.5,"34.0%\n102/156\nAnalytical Chemistry",249,98,69,0.959,0.387,"Elsevier"]
[970,"Journal of Macromolecular Science - Physics",2.5,"42.0%\n235/408\nGeneral Chemistry",655,265,60,0.426,0.259,"Taylor & Francis"]
[971,"Karbala International Journal of Modern Science",2.5,"71.0%\n49/171\n",544,215,57,0.59,0.271,"University of Kerbala"]
[972,"Organics",2.5,"27.0%\n153/211\nOrganic Chemistry",253,100,56,0.555,"N/A","Multidisciplinary Digital Publishing Institute (MDPI)"]
[973,"Petroleum Chemistry",2.5,"44.0%\n86/154\nGeochemistry and Petrology",1342,539,61,0.581,0.284,"Pleiades Publishing"]
[974,"Trends in Phytochemical Research",2.5,"53.0%\n242/516\nPlant Science",215,85,74,0.44,0.29,"Islamic Azad University"]
[975,"Advances in Catalysis",2.4,"41.0%\n241/408\nGeneral Chemistry",85,35,49,"N/A","N/A","Elsevier"]
[976,"Advances in Chemical Engineering",2.4,"40.0%\n245/408\nGeneral Chemistry",132,56,57,"N/A","N/A","Elsevier"]
[977,"Advances in Heat Transfer",2.4,"46.0%\n360/672\nMechanical Engineering",82,34,65,"N/A","N/A","Elsevier"]
[978,"Advances in Physical Organic Chemistry",2.4,"29.0%\n134/189\nPhysical and Theoretical Chemistry",26,11,64,"N/A","N/A","Elsevier"]
[979,"Computational Methods in Applied Sciences",2.4,"51.0%\n93/189\nComputational Mathematics",402,166,54,0.302,0.139,"Springer Nature"]
[980,"Egyptian Journal of Chemistry",2.4,"41.0%\n240/408\nGeneral Chemistry",6798,2796,58,0.439,0.284,"NIDOC (Nat.Inform.Document.Centre)"]
[981,"Environmental Health Engineering and Management",2.4,"43.0%\n132/233\nGeneral Environmental Science",382,158,59,0.515,0.254,"Kerman University of Medical Sciences"]
[982,"European Journal of Mass Spectrometry",2.4,"34.0%\n148/224\nAtomic and Molecular Physics, and Optics",258,108,56,0.539,0.311,"I M Publications"]
[983,"Flow",2.4,"52.0%\n97/204\nEngineering (miscellaneous)",210,89,54,1.574,1.049,"Cambridge University Press"]
[984,"Journal of Advanced Research in Fluid Mechanics and Thermal Sciences",2.4,"46.0%\n52/96\nFluid Flow and Transfer Processes",3378,1382,65,0.644,0.266,"Semarak Ilmu Publishing"]
[985,"Journal of Nonlinear Functional Analysis",2.4,"86.0%\n16/119\nAlgebra and Number Theory",395,165,53,0.703,0.308,"Mathematical Research Press"]
[986,"Journal of Thermal Engineering",2.4,"48.0%\n115/223\nBuilding and Construction",1051,438,61,0.654,0.303,"Yildiz Technical University"]
[987,"Journal of Umm Al-Qura University for Applied Sciences",2.4,"78.0%\n87/399\nGeneral Mathematics",148,62,63,2.945,"N/A","Springer Nature"]
[988,"Physical Sciences Reviews",2.4,"47.0%\n128/243\nGeneral Physics and Astronomy",1005,420,61,0.49,0.281,"Walter de Gruyter"]
[989,"Russian Journal of Coordination Chemistry/Koordinatsionnaya Khimiya",2.4,"40.0%\n242/408\nGeneral Chemistry",963,397,58,0.421,0.229,"Pleiades Publishing"]
[990,"Turkish Computational and Theoretical Chemistry",2.4,"45.0%\n57/103\nBiochemistry, Genetics and Molecular Biology (miscellaneous)",114,47,43,0.354,0.191,"DergiPark"]
[991,"Turkish Journal of Chemistry",2.4,"41.0%\n239/408\nGeneral Chemistry",1427,584,60,0.385,0.279,"TUBITAK"]
[992,"Analytical Chemistry Letters",2.3,"45.0%\n114/208\nPathology and Forensic Medicine",507,225,56,0.548,0.214,"Taylor & Francis"]
[993,"Cellulose Chemistry and Technology",2.3,"36.0%\n203/317\nMaterials Chemistry",905,398,61,0.405,0.264,"Editura Academiei Romane/Publishing House of the Romanian Academy"]
[994,"Compounds",2.3,"46.0%\n106/196\nMaterials Science (miscellaneous)",184,79,56,0.487,"N/A","Multidisciplinary Digital Publishing Institute (MDPI)"]
[995,"Indonesian Journal of Chemistry",2.3,"39.0%\n248/408\nGeneral Chemistry",1354,586,64,0.516,0.264,"Gadjah Mada University"]
[996,"Interactions",2.3,"45.0%\n48/87\nNuclear and High Energy Physics",1211,524,52,0.572,0.536,"Springer Nature"]
[997,"International Journal of Nanoscience and Nanotechnology",2.3,"55.0%\n138/307\nGeneral Engineering",220,94,59,0.353,0.218,"Iranian Nano Society"]
[998,"Journal of Agricultural Engineering",2.3,"50.0%\n192/384\nIndustrial and Manufacturing Engineering",345,149,63,0.629,0.318,"PagePress"]
[999,"Journal of Chemical Metrology",2.3,"32.0%\n106/156\nAnalytical Chemistry",156,69,54,0.566,0.262,"ACG Publications"]
[1000,"Journal of Chemical Research",2.3,"39.0%\n246/408\nGeneral Chemistry",914,389,59,0.353,0.241,"Science Reviews Ltd"]