粉黛乱子草花海扮靓泉城秋

▍报告摘要用户数量：粉黛9月全国IPTV总用户数达3.96亿户，月度新增100万户以上。

期刊名称201820191Nano-MicroLetters9.04312.2642NanoResearch8.5158.1833ScienceChina-Chemistry6.0856.3564ScienceChina-Materials5.6366.0985JournalofEnergyChemistry5.1627.2166JournalofMaterialsScienceTechnology5.0406.1557ChineseJournalofCatalysis4.9146.1468ChineseChemicalLetters3.8394.6329JournalofRareEarths2.8463.10410ActaChimicaSinica2.4632.759下面是本年度新鲜出炉的材料领域期刊的影响因子，草花城秋大家一起来围观讨论吧。海扮首先是备受关注的综合性顶级期刊。

欢迎大家到材料人宣传科技成果并对文献进行深入解读，靓泉投稿邮箱:[email protected].投稿以及内容合作可加编辑微信：cailiaorenVIP。粉黛RankFullJournalTitleTotalCitesJournalImpactFactor1CHEMICALREVIEWS200,01452.7582NatureEnergy17,74746.4953CHEMICALSOCIETYREVIEWS150,70342.8464NATURE767,20942.7785SCIENCE699,84241.8456NATUREMATERIALS99,50238.6637NATUREBIOTECHNOLOGY63,97936.5588NatureReviewsChemistry3,20934.9539PROGRESSINMATERIALSSCIENCE17,40931.56010NatureNanotechnology65,92331.53811NaturePhotonics45,05731.24112NATUREMETHODS72,48330.82213NatureCatalysis3,78730.47114EnergyEnvironmentalScience86,89930.28915ADVANCEDMATERIALS264,93927.39816Joule7,75527.05417MATERIALSSCIENCEENGINEERINGR-REPORTS7,96426.62518MaterialsToday15,57226.41619NatureChemistry35,22321.68720ACCOUNTSOFCHEMICALRESEARCH72,73820.83221Chem7,02219.73522NaturePhysics37,11119.25623ACSEnergyLetters18,35119.00324NatureBiomedicalEngineering3,14318.95225NanoToday8,88216.90726ADVANCEDFUNCTIONALMATERIALS116,43116.83627WileyInterdisciplinaryReviews-ComputationalMolecularScience5,89516.77828NationalScienceReview2,77516.69329NanoEnergy52,30016.60230AdvancedScience14,59915.84031COORDINATIONCHEMISTRYREVIEWS36,20715.36732JOURNALOFTHEAMERICANCHEMICALSOCIETY556,23314.61233ACSNano166,98914.58834ScienceAdvances36,38013.11635ANGEWANDTECHEMIE-INTERNATIONALEDITION351,22912.95936ACSCentralScience6,66612.68537MaterialsHorizons6,33212.31938Nano-MicroLetters3,39312.26439SmallMethods3,52812.13040NatureCommunications312,59912.12141Small60,56911.45942JournalofMaterialsChemistryA154,85311.30143NANOLETTERS165,52111.23844BIOMATERIALS108,07010.31745BIOSENSORSBIOELECTRONICS62,28410.25746NanoscaleHorizons1,7749.92747ADVANCESINCOLLOIDANDINTERFACESCIENCE15,4049.92248TRAC-TRENDSINANALYTICALCHEMISTRY18,8439.80149CHEMISTRYOFMATERIALS111,2999.56750ScienceBulletin5,1729.51151GREENCHEMISTRY49,7069.48052PROCEEDINGSOFTHENATIONALACADEMYOFSCIENCESOFTHEUNITEDSTATESOFAMERICA676,4259.41253ChemicalScience51,6839.34654npjComputationalMaterials2,0529.34155npj2DMaterialsandApplications7199.32456CARBON86,8918.82157ACSAppliedMaterialsInterfaces214,8858.75858Theranostics12,9958.57959PHYSICALREVIEWLETTERS443,0848.38560AppliedMaterialsToday2,7568.35261CRITICALREVIEWSINSOLIDSTATEANDMATERIALSSCIENCES1,6568.34462AdvancedOpticalMaterials13,3528.28663NanoResearch19,0998.18364NPGAsiaMaterials5,1768.13165ChemSusChem27,5547.96266ACTAMATERIALIA81,6797.65667COMPOSITESPARTB-ENGINEERING37,9987.63568ACSSustainableChemistryEngineering41,0787.63269TopicsinCurrentChemistry6,3137.45570AdvancedHealthcareMaterials11,8837.36771ACSSensors6,2097.33372PolymerReviews2,2297.30473ActaBiomaterialia39,2687.24274JournalofEnergyChemistry5,0577.21675JOURNALOFMEMBRANESCIENCE73,5337.18376CARBOHYDRATEPOLYMERS79,3427.182772DMaterials6,6167.14078PROGRESSINSURFACESCIENCE1,9077.13679JournalofMagnesiumandAlloys1,4947.11580SENSORSANDACTUATORSB-CHEMICAL97,5477.10081DESALINATION44,8457.09882JournalofMaterialsChemistryC50,6767.05983AnnualReviewofAnalyticalChemistry2,3197.02384SOLARENERGYMATERIALSANDSOLARCELLS31,6876.98485Nanoscale106,8836.89586ACSPhotonics13,2686.86487MaterialsChemistryFrontiers4,0816.78888ANALYTICALCHEMISTRY140,7856.78589LABONACHIP32,9306.77490JournalofPhysicalChemistryLetters50,0546.71091MaterialsResearchLetters2,1986.60092AdvancedElectronicMaterials6,0416.59393npjQuantumMaterials1,0776.56294COMPOSITESPARTA-APPLIEDSCIENCEANDMANUFACTURING27,1846.44495ScienceChina-Chemistry5,6376.35696PROGRESSINSOLIDSTATECHEMISTRY2,2566.35397CEMENTCONCRETECOMPOSITES17,4196.25798BiomaterialsScience6,4096.18399APPLIEDSURFACESCIENCE116,6856.182100CHEMICALRECORD3,9126.163101JOURNALOFMATERIALSSCIENCETECHNOLOGY9,3266.155102CHINESEJOURNALOFCATALYSIS7,2406.146103ScienceChina-Materials2,6536.098104BIOMACROMOLECULES38,8636.092105ORGANICLETTERS101,1016.091106ACSMacroLetters10,8646.042107PROGRESSINCRYSTALGROWTHANDCHARACTERIZATIONOFMATERIALS1,1316.000本文由tt供稿。2020年6月29日，草花城秋科研圈的一件大事发生——新一期的影响因子终于发布了。

海扮这是一个国际上通行的期刊评价指标。期刊名称201820191NaturePhotonics31.58331.2412NaturePhysics20.11319.2563NatureMaterials38.88738.6634NatureChemistry23.19321.6875NatureBiomedicalEngineering17.13518.9526NatureCatalysis——30.4717NatureEnergy54.0046.4958NatureNanotechnology33.40731.5389JACS14.69514.61210AngewChemIntEd12.25712.95911AdvancedMaterials25.80927.398这几年国产期刊的发展一直备受政策鼓励，靓泉发展势头迅猛。

相信在未来，粉黛国产期刊在影响因子方面会得到更多的发展与进步。

草花城秋NatureNanotechnology由33.407下降到31.538。曾获北京市科学技术奖一等奖，海扮中国化学会青年化学奖，中国青年科技奖等奖励。

靓泉2005年以具有特殊浸润性（超疏水/超亲水）的二元协同纳米界面材料的构筑成果获国家自然科学二等奖。粉黛2017年获得德国洪堡研究奖（HumboldtResearchAward）。

这项工作突出了界面设计在基于纳米流体膜的渗透能转换系统的构建中的重要性，草花城秋证明了聚电解质凝胶作为高性能界面材料在非均相渗透发电领域的巨大前景。高导电性、海扮卓越的吸附能力和精细的结构使GQF成为一种很有前途的实时气体检测方法。