2014年度我国SCI期刊引证指标概览 - 国内首款参考文献编校系统

2014年度我国SCI期刊引证指标概览

发布时间：2015/7/15 10:22:30 已经查看了3711次

作者：任胜利

2014年度JCR共收录期刊8618种，相比2013年度的8474种增加144种，增幅为1.7%。

本年度中国大陆（PEOPLES R CHINA ）计有173种期刊被收录，相对2013年度的163种增加了10种(增幅为6.1%)。其中影响因子大于1.0的期刊由2013年度的66种增长至84种(增幅为27.3%)。

附1：影响因子大于1.0期刊的主要计量指标

	期刊名称	影响因子	被引频次	载文量
1	LIGHT-SCI APPL	14.603	1042	53
2	CELL RES	12.413	9195	80
3	NANO RES	7.010	5222	174
4	J MOL CELL BIOL	6.771	1141	42
5	FUNGAL DIVERS	6.221	2441	48
6	CELL MOL IMMUNOL	4.112	1744	58
7	CNS NEUROSCI THER	3.931	1745	110
8	TRANSPORTMETRICA	3.773	328	0
9	J GENET GENOMICS	3.585	1324	47
10	J INTEGR PLANT BIOL	3.335	2905	94
11	INT J DIGIT EARTH	3.291	603	54
12	PROTEIN CELL	3.247	1310	69
13	ACTA PHARMACOL SIN	2.912	6417	164
14	J PLANT ECOL	2.646	722	56
15	ASIAN J ANDROL	2.596	2260	125
16	INT J ORAL SCI	2.531	484	39
17	NEUROSCI BULL	2.509	869	95
18	TRANSPORTMETRICA B	2.417	33	13
19	J NAT GAS CHEM	2.398	1302	0
20	J ENERGY CHEM	2.352	314	108
21	ACTA BIOCH BIOPH SIN	2.191	2213	121
22	CHIN J CANCER	2.155	981	75
23	INSECT SCI	2.144	997	75
24	PARTICUOLOGY	2.110	1255	118
25	FRONT PHYS-BEIJING	2.086	392	71
26	J ENVIRON SCI-CHINA	2.002	6013	293
27	NANO-MICRO LETT	1.975	339	42
28	CHINESE J CATAL	1.964	2532	238
29	J DIGEST DIS	1.959	937	96
30	COMMUN COMPUT PHYS	1.943	1663	115
31	CHINESE J CANCER RES	1.935	442	92
32	J DIABETES	1.932	534	62
33	J MATER SCI TECHNOL	1.909	2650	200
34	INTEGR ZOOL	1.904	469	51
35	PROG NAT SCI-MATER	1.873	1801	94
36	CHIN OPT LETT	1.851	2018	278
37	CHINESE J POLYM SCI	1.835	1183	184
38	J THORAC DIS	1.783	1180	372
39	J SPORT HEALTH SCI	1.712	141	43
40	SCI CHINA CHEM	1.695	1756	208
41	SCI CHINA LIFE SCI	1.688	959	130
42	ACTA GEOL SIN-ENGL	1.682	2705	307
43	J ANIM SCI BIOTECHNO	1.681	186	55
44	BIOMED ENVIRON SCI	1.653	1543	80
45	RES ASTRON ASTROPHYS	1.640	830	140
46	J BIONIC ENG	1.632	741	60
47	CHINESE PHYS B	1.603	8091	1281
48	CURR ZOOL	1.594	652	76
49	PETROL EXPLOR DEV+	1.592	1007	101
50	CHINESE CHEM LETT	1.587	3843	377
51	CHINESE SCI BULL	1.579	10429	632
52	CHINESE J CHEM	1.578	3066	177
53	HEPATOB PANCREAT DIS	1.517	1396	84
54	PEDOSPHERE	1.500	1633	82
55	SCI CHINA EARTH SCI	1.491	1475	277
56	J SYST EVOL	1.488	715	71
57	ADV ATMOS SCI	1.479	2082	128
58	ACTA PETROL SIN	1.455	5799	279
59	ACTA CHIM SINICA	1.426	2453	147
60	J GERIATR CARDIOL	1.395	219	54
61	FRONT ENV SCI ENG	1.357	576	104
62	ENDOSC ULTRASOUND	1.353	79	34
63	J GEOGR SCI	1.344	938	77
64	TRANSPORTMETRICA A	1.333	77	46
65	CHINESE PHYS C	1.313	998	228
66	BONE RES	1.310	40	20
67	INT J SEDIMENT RES	1.306	535	46
68	J ZHEJIANG UNIV-SC B	1.278	1637	115
69	J RARE EARTH	1.261	2808	179
70	WORLD J PEDIATR	1.236	485	59
71	CHIN J INTEGR MED	1.217	822	133
72	SCI CHINA TECHNOL SC	1.192	1843	286
73	T NONFERR METAL SOC	1.178	5357	521
74	SCI CHINA PHYS MECH	1.143	1470	293
75	APPL MATH MECH-ENGL	1.128	1331	125
76	ACTA METEOROL SIN	1.116	1087	0
77	CHIN J NAT MEDICINES	1.114	578	138
78	CHINESE J CHEM ENG	1.098	1902	193
79	CHINESE J AERONAUT	1.070	908	175
80	ASIAN PAC J TROP MED	1.062	799	191
81	CHINESE MED J-PEKING	1.053	6666	710
82	BUILD SIMUL-CHINA	1.029	238	55
83	RARE METALS	1.009	993	124
84	FRONT MATER SCI	1.000	113	42

附2：173种期刊的完整指标下载：2014-China-SCI-IF.xlsx

附3：Molecular Plant （ISSN 1674-2052）的相关指标

Journal Title	Total Cites	Impact Factor	5-Year Impact Factor	Immediacy Index	Citable Items	Cited Half-life	Citing Half-life
MOL PLANT	4214	6.337	6.534	2.260	104	3.3	7.2

附3：Molecular Plant (ISSN 1674-2052)和Nanoscale (ISSN 2040-3364)的相关指标

Journal Title	Total Cites	Impact Factor	5-Year Impact Factor	Immediacy Index	Citable Items	Cited Half-life
MOL PLANT	4214	6.337	6.534	2.260	104	3.3
NANOSCALE	30888	7.394	7.762	1.499	1840	2.2

Nanoscale is a collaborative venture between the Royal Society of Chemistry Publishing and a leading nanoscience research centre, the National Center for Nanoscience and Technology (NCNST) in Beijing, China. Since its launch in late 2009, Nanoscale has quickly established itself as a platform for high-quality community-spanning research which bridges the various disciplines involved with nanoscience and nanotechnology, publishing important research from leading international research groups.

本文引用地址：http://blog.sciencenet.cn/blog-38899-899098.html

此文来自科学网任胜利博客

网站导航

公司动态

行业信息