2010-2015年学院科研论文情况

发布时间:  2018/01/18     浏览次数:   返回

2010年-2015年,学院共获得国家基金103项,占国家级经费84.3%。其中,2014年获得的国家基金总经费居全校首位。2015年获得国家自然基金20项,科研总经费较上年度增加32.8%。2010-2015年学院师生总共发表论文数706篇,其中SCI论文数483篇,占总论文数的68.4%。近两年论文数量显著增加,论文质量大幅度提升。2015年 SCI论文数121篇,I区文章63篇,占SCI论文总量52%;ESI高引论文19篇(全校59篇)。

上海大学ESI 高被引论文通告(第12 期)

序号

论文题目

期刊名

影响因子及分区 出版年
1 HIGHLY EFFECTIVE BINDING OF NEUTRAL DINITRILES BY SIMPLE PILLAR[5]ARENES CHEM COMMUN 6.378/QI 2012
2 NIO NANOSHEETS GROWN ON GRAPHENE NANOSHEETS AS SUPERIOR ANODE MATERIALS FOR LI-ION BATTERIES NANOSCALE 5.914/QI 2011
3 MONOLAYER GRAPHENE/NIO NANOSHEETS WITH TWO-DIMENSION STRUCTURE FOR SUPERCAPACITORS J MATER CHEM 5.968/QI 2011
4 SUPERCAPACITOR PERFORMANCES OF THERMALLY REDUCED GRAPHENE OXIDE J POWER SOURCES 4.675/QI 2012
5 MICROWAVE HYDROTHERMAL SYNTHESIS OF HIGH PERFORMANCE TIN-GRAPHENE NANOCOMPOSITES FOR LITHIUM ION BATTERIES J POWER SOURCES 4.675/QI 2012
6 MICROWAVE-ASSISTED SYNTHESIS OF A CO3O4-GRAPHENE SHEET-ON-SHEET NANOCOMPOSITE
AS A SUPERIOR ANODE MATERIAL FOR LI-ION BATTERIES
J MATER CHEM 5.101/QI 2010
7 GRAPHENE WRAPPED SNCO NANOPARTICLES FOR HIGH-CAPACITY LITHIUM ION STORAGE J POWER SOURCES 5.211/QI 2013
8 OCCURRENCE, DISTRIBUTION AND POSSIBLE SOURCES OF ORGANOCHLORINE PESTICIDES IN AGRICULTURAL SOIL OF SHANGHAI, CHINA J HAZARD MATER 4.144/QI 2009
9 GRAPHENE-WRAPPED COS NANOPARTICLES FOR HIGH-CAPACITY LITHIUM-ION STORAGE ACS APPL MATER INTERFACES 5.900/QI 2013
10 POLYCYCLIC AROMATIC HYDROCARBONS (PAHS) IN URBAN SOILS OF THE MEGACITY SCI TOTAL ENVIR 3.163/QI 2013
11 GRAPHENE-BASED NANOCOMPOSITE ANODES FOR LITHIUM-ION BATTERIES NANOSCALE 7.394/QI 2014
12 LI STORAGE PROPERTIES OF DISORDERED GRAPHENE NANOSHEETS CHEM MATER 5.368/QI 2009
13 HYDROTHERMAL ROUTE FOR CUTTING GRAPHENE SHEETS INTO BLUE-LUMINESCENT
GRAPHENE QUANTUM DOTS
ADVAN MATER 10.880/QI 2010
14 OBSERVATION OF PH-, SOLVENT-, SPIN-, AND EXCITATION-DEPENDENT BLUE
PHOTOLUMINESCENCE FROM CARBON NANOPARTICLES
CHEM COMMUN 5.787/QI 2010
15 CUTTING SP(2) CLUSTERS IN GRAPHENE SHEETS INTO COLLOIDAL GRAPHENE QUANTUM DOTS
WITH STRONG GREEN FLUORESCENCE
J MATER CHEM 6.108/QI 2012
16 FOLDING/AGGREGATION OF GRAPHENE OXIDE AND ITS APPLICATION IN CU2+ REMOVAL J COLLOID INTERFACE 3.068/Q2 2010
17 REMOVAL OF METHYLENE BLUE FROM AQUEOUS SOLUTION BY GRAPHENE OXIDE J COLLOID INTERFACE 3.070/Q2 2011
18 A FACILE ONE-STEP METHOD TO PRODUCE GRAPHENE-CDS QUANTUM DOT NANOCOMPOSITES AS PROMISING OPTOELECTRONIC MATERIALS ADVAN MATER 10.880/QI 2010
19 IN VITRO TOXICITY EVALUATION OF GRAPHENE OXIDE ON A549 CELLS TOXICOL LETT 3.230/QI 2011




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