北京大兴国际机场，或许是世界上最大的单体机场

不过，北京这种威胁是不是能影响到Elsevier也不好说。

《索尼100英寸旗舰电视整机看不到一根线》：大兴大的单体索尼这款100英寸的索尼Z9D与65英寸和75英寸款一样，大兴大的单体拥有动态背光系统-大师版技术，并配备了X1Extreme图像处理芯片，实际效果达到了目前市面的高端水平因为所涉及期刊众多，国际差漏之处，请各位读者在评论区指出。

接下来的六月，机场机场新的期刊影响因子即将出炉。世界上最综合性期刊期刊名称201420152016201720181Nature41.45638.13840.13741.57743.0702Science33.61134.66137.20541.05841.0373NatureCommunications11.4711.32912.12412.35311.8784ScienceAdvances——————11.51112.8045PNAS9.6749.4239.6619.5049.5806NationalScienceReview——8.0008.8439.40813.222物理与天体物理期刊名称201420152016201720181NaturePhotonics32.38631.16737.85232.52131.5832NaturePhysics20.14718.79122.80622.72720.1133AdvancesinOpticsandPhotonics10.11112.36817.83321.28613.9634AdvancesinPhysics20.83318.00021.81830.91726.1005Light-ScienceApplications14.60313.60014.09813.62514.0006PhysicalReviewX9.0438.70112.78914.38512.2117PhysicalReviewLetters7.5127.6458.4628.8399.2278LaserPhotonicsReviews8.0087.4868.4348.5299.0569ACSPhotonics——5.4046.7566.8807.143材料科学期刊名称201420152016201720181NatureReviewsMaterials——————51.94174.4492ProgressinMaterialsScience27.41731.08331.14023.75023.7253NatureMaterials36.50338.89139.73739.23538.8874MaterialsScienceEngineeringR-Reports15.524.65229.28024.48022.2505NatureNanotechnology34.04835.26738.98637.49033.4076NatureEnergy——————46.85954.0007AnnualReviewofMaterialsResearch11.85410.39013.43215.84616.8168EnergyEnvironmentalScience20.52325.42729.51830.06733.2509AdvancedMaterials17.49318.96019.79121.95025.80910InternationalMaterialsReviews8.57.9148.60512.70321.08611NanoToday1513.15717.47617.75316.58212ACSNano12.88113.33413.94213.70913.90313MaterialsToday14.10717.79321.69524.53724.37214NanoLetters13.59213.77912.71212.08012.27915AdvancedFunctionalMaterials11.80511.38212.12413.32515.62117AdvancedEnergyMaterials16.14615.23016.72121.87524.88418ActaMaterialia4.4655.0585.3016.0367.29319NanoEnergy——11.55312.34313.12015.54820CorrosionScience4.4225.1545.2454.8626.35521ChemistryofMaterials8.3549.4079.4669.89010.15922ACSEnergyLetters——————12.27716.33123CompositesScienceandTechnology3.5693.8974.8735.1606.30924AdvancedScience——6.0009.03412.44115.80425MaterialsHorizons——9.09510.70613.18314.35626MaterialsDesign3.5013.9974.3644.5255.77027CompositesPartA-AppliedScienceandManufacturing3.0713.7194.0754.5146.28228ACSAppliedMaterialsInterfaces6.7237.1457.5048.0978.45629JournalofMaterialsChemistryA7.4438.2628.8679.93110.73330Small8.3688.3158.6439.59810.85631Nano-MicroLetters1.9753.0124.8497.3819.04332JournalofMaterialsProcessingTechnology2.2362.3593.1473.6474.17834InternationalJournalofFatigue2.2752.1622.8993.1323.67336ScriptaMaterialia3.2243.3053.7474.1634.53937JournaloftheEuropeanCeramicSociety2.9472.9333.4113.7944.02938JournalofMaterialsScienceTechnology1.9092.2672.7643.6095.04039NDTEInternational2.2251.8712.7262.7812.93440NanoResearch7.018.8937.3547.9948.51543MaterialsCharacterization1.8452.3832.7142.8923.22044SurfaceCoatingsTechnology1.9982.1392.5892.9063.19245MechanicsofMaterials2.3292.6362.6512.6972.95847ProgressinOrganicCoatings2.3582.6322.8582.9553.420化学期刊名称201420152016201720181ChemicalReviews46.56837.36947.92852.61354.3012ProgressinPolymerScience26.93227.18425.76624.55824.5053ChemicalSocietyReviews33.38334.09038.61840.18240.4434NatureChemistry25.32527.89325.87026.20123.1936AccountsofChemicalResearch22.32322.00320.26820.95521.6618JournalofTheAmericanChemicalSociety12.11313.03813.85814.35714.69510AnnualReviewofPhysicalChemistry16.84213.52714.74113.73811.98212NaturalProductReports10.10710.98611.01411.40611.87616ACSCentralScience————7.48111.22812.83717AngewChemInted11.26111.70911.99412.10212.25718BiosensorBioelectronics6.4097.4767.7808.1739.51820ACSCatalysis9.3129.30710.61411.38412.22121InternationalReviewsinPhysicalChemistry7.0346.0944.4389.40610.17223ChemicalScience9.2119.1448.6689.0639.55624GreenChemistry8.028.5069.1258.5869.40526Macromolecules5.85.5835.8355.9145.99727JournalofChemicalTheoryandComputation5.4985.3015.2455.3995.31328AnalyticalChemistry5.6365.8866.3206.0426.3529ACSMacroLetters5.7645.7666.1856.1315.77530OrganicLetters6.3646.7326.5796.4926.55531SensorsandActuatorsB-Chemical4.0974.7585.4015.6676.39333ACSSustainableChemistryEngineering4.6425.2675.9516.1406.97034Biomacromolecules5.755.5835.2465.7385.66737ScienceChina-Chemistry1.6952.4294.1324.4486.085工程技术期刊名称201420152016201720181NatureBiotechnology41.51443.11341.66735.72431.8644AnnualReviewofChemicalandBiomolecularEngineering8.6765.2115.5717.6749.5695Biomaterials8.5578.3878.4028.80610.2737CompositesPartB-Engineering2.9833.8504.7274.9206.8648ProgressinSurfaceScience5.6967.5798.6199.0008.7629AnnualReviewsofBiomedicalEngineering14.21110.25610.5148.78812.25710PolymerReviews6.1566.2166.4596.6906.76612JournalofMembraneScience5.0565.5576.0356.5787.01513ActaBiomaterialia6.0256.0086.3196.3836.63814CarbohydratePolymers4.0744.2194.8115.1586.04415LabonAChip6.1155.5866.0455.9956.91416DentalMaterials3.7693.9314.0704.0394.44017CementConcreteComposites3.333.3994.2654.6605.17218CompositeStructures3.3183.8533.8584.1014.82919ConstructionandBuildingMaterials2.2962.4213.1693.4854.04620SeparationandPurificationTechnology3.0913.2993.3593.9275.10721JournalofFluidsandStructures2.0211.7092.0212.4343.07022Desalination3.7564.4125.5276.6036.03523Thin-WalledStructures1.7492.0632.8292.8813.48826JournalofNuclearMaterials1.8652.1992.0482.4472.54727ChineseJournalofCatalysis1.9642.6282.8133.5254.914本文由tt供稿。北京这是一个国际上通行的期刊评价指标。

希望这个总结可以为大家在投稿期刊上的选择，大兴大的单体提供一些帮助。国际即某期刊前两年发表的论文在该报告年份（JCRyear）中被引用总次数除以该期刊在这两年内发表的论文总数。

这篇文章为大家总结了材料领域期刊在过去五年间的影响因子，机场机场为大家迎接2019影响因子做出一个铺垫。

影响因子（ImpactFactor，世界上最IF）是汤森路透（ThomsonReuters）出品的期刊引证报告（JournalCitationReports，JCR）中的一项数据。首先，北京根据SuperCon数据库中信息，对超过12,000种已知超导体和候选材料的超导转变温度（Tc）进行建模。

图3-1机器学习流程图图3-2 数据集分类图图3-3                       图3-3 带隙能与电离势关系图图3-4 模型预测数据与计算数据的对比曲线2018年Zong[5]等人采用随机森林算法以及回归模型，大兴大的单体来研究超导体的临界温度。（i）表示材料的能量吸收特性的悬臂共振品质因数图像在扫描透射电子显微镜（STEM）的数据分析中，国际由于数据的数量和维度的增大，国际使得手动非原位分析存在局限性。

因此，机场机场复杂的ML算法的应用大大加速对候选高温超导体的搜索。并利用交叉验证的方法，世界上最解释了分类模型的准确性，精确度为92±0.01%（图3-9）。