三区sci影响因子

1 Cui Xuemin, Zheng Guangjian，Han Yaocong, Su Feng, Zhou Ji, J Power Sources 184(2008)：652-656(SCI一区，影响因子: 21/2013)2 Yan He, Xue-min Cui, Xing-dong Liu, Yi-pin Wang, Jin Zhang,et ， Preparation of Self-Supporting NaA Zeolite Membranes Using G Journal of Membrane Science 447(2013)66–72（SCI一区，影响因子：91/2013）3 Yuanyuan Ge, Duo Xiao, Zhili Li and Xuemin Cui, Dithiocarbamate functionalized lignin for efficient removal of metallic ions and the usage of the metal-loaded bio-sorbents as potential free radical J M C A, 2014,2, 2136-2145 (SCI一区，影响因子: 6/2013)4Ge Yuanyuan, Cui Xuemin*, Kong Yan, Li Zhili, He Yan, Zhou Qianqian, Porous Geopolymeric Spheres for Removal of Cu(II) from Aqueous Solution: Synthesis and Evaluation, Journal of Hazardous Materials,DOI: 1016/038(SCI一区，影响因子: 31/2013)5 He Yan, Cui Xue-min , Mao jin, Liu Le-ping, Liu Xing-dong, Chen Jin-yu, Microporous and Mesoporous Materials 161（2012)：187-192 （SCI三区，影响因子： 29/2011）6 Liu Le-ping, Cui Xue-min, Qiu Shu-heng, Yu Jun-li, Zhang Lin，Apply Clay Science，2010(50): 600-603（SCI二区，影响因子：474/2011）7 Guangjian Zheng， Xuemin Cui， Weipeng Zhang， Zhangfa Tong，Preparation of geopolymer precursors by sol–gel methodand their characterization，J Mater Sci， 44(2009):3991–3996 （SCI三区，影响因子： 02/2011）8 Cui Xue-min, Liu Le-ping, Zheng Guang-jian, Wang Ruiping, Lu Jian-ping, Characterization of Chemosynthetic Al2O3-2SiO2 Geopolymers, Journal of Non-Crystalline Solids，356 (2010) 72–76（SCI三区，影响因子：54/2011）9 Xue-min Cui, Le-ping Liu , Yan He, Jin-yu Chen, Ji Zhou，A Novel Aluminosilicate Geopolymers Material with Low Dielectric Losses，M C P130(2011):1-4（SCI二区，影响因子：33/2011）10 Liu Le-ping, Cui Xue-min *, He Yan, Liu Si-dong, Gong Si-yu, The phase evolution of phosphoric acid-based geopolymers at elevated Materials Letters， 66 (2012) 10–12（SCI二区，影响因子：31/2011）11 Cui Xuemin, He Yan, Liu Leping and Chen Jinyu，NaA zeolite synthesis from geopolymer MRS Communications, 2011(1)1: 49-51（SCI收录）12 Liu Xing-dong, Wang Yi-pin, Cui Xue-min *, He Yan, Mao J Influence of synthesis parameters on NaA zeolite crystals, Powder Technology, 43(2013):184-193 （SCI三区，影响因子：01/2011）13 Song Xiao-ling, Cui Xue-min *, Lin Kun-sheng, Zheng Guang-jian, He Yan，Hot-pressure forming process of PVC/geopolymer composite materials，Apply Clay Science,71(2013):32-36（SCI二区，影响因子：474/2011）14 Zhang Jin, He Yan, Wang Yi-pin, Mao Jin, Cui Xue-min*，Synthesis of a self-supporting faujasite zeolite membrane using geopolymer gel for separation of alcohol/water mixture，Materials Letters 116(2014)167–170 （SCI二区，影响因子：31/2011）15 Mo Binghui, Zhu He, Cui Xuemin, He Yan, Gong Siyu, Effect of curing temperature on geopolymerisation of metakaolin-based geopolymers, Applied Clay Science 99(2014):144-148（SCI二区，影响因子：474/2011）

sci分区有两个分区标准，一个是中科院分区，一个是jcr分区 ；同一个期刊在两个分区标准上可能相同，可能不同；分区的依据：先按影响因子排名，一般影响因子高的，就是高区；影响因子低的就是低区；在同一学科，按影响因子的高低分区这样的划分方法简单易操作比较符合国内学校考核时的数数原则。中科院SCI分区：中科院SCI分区是按期刊的三年的平均影响因子来划分的，一区：前5%；二区：6%~20%；三区：21%~50%；四区：后50%；中科院各大分区的数据拓展资料：与JCR分区二者的区别：两种分区方式参考的期刊影响因子的年限不同，JCR分区参考的是各个期刊上一年度的影响因子，而中科院SCI分区参考的是期刊前三年的平均影响因子。对期刊的分区阈值选取不同，JCR是按等比例划分的，中科院SCI则是指定阈值，中科院SCI分区的一区、二区和三区的影响因子均高于JCR分区。期刊学科分类存在差异，JCR分区按照小类的专业划分，共有176个，而中科院SCI分区是基于JCR分区，将176个小类专业合并为了医学、生物学等14个学科。总结：sci分区其实就是根据影响因子来划分刊物的等级；分区高的，那么影响因子高，学术含量高；对于普通人来说，发上一篇sci就很不简单了；因此对于分区没有那么必要的在意。