1)  Citebase
Citebase
1.
This article discusses and compares the functions of Web-based academic information resource citation index and analysis systems,that is ,Web of Knowledge,Citeseer and Citebase.
阐述了基于Web环境下的学术信息资源引文索引与分析体系——WebofKnowledge ,Citeseer和Citebase的功能,并进行了比较。
2)  CI
CI
1.
Study on occasions and processes of CI operation in present stage;
现阶段我国城市CI实施时机与步骤探讨
2.
Study on the Application of CI Design in Enterprises in the Information Age;
信息时代CI设计在企业中的应用研究
3.
The Main Mistakes of Introducing CI toChinese Companies and the Reason Analysis;
论中国企业导入 CI 的误区及成因分析
3)  corporate identity
CI
1.
On the Function of the Health System Construction for our Employees During the Corporate Identity Applied;
论构建职工健康体系在CI导入过程中的作用
2.
The article expounds the function of workers sport in Corporate Identity of enterprise.
阐述了职工体育在CI策划中的作用,主要表现在:体育理念可以丰富MI;BI策划的内容离不开职工体育,构建职工健康体系是BI策划的主要内容之一,并从经济的角度分析指出了CI导入后我国职工体育管理模式呈多样化趋势。
4)  CI-NEB
CI-NEB
5)  CI-ZINDO
CI-ZINDO
1.
The absorptions of compounds C_(60)[C(CH_(3))(CO_(2)-t-Bu)_(2)]_(6) and its derivative with their crystal structures and their optimized structures were calculated at CI-ZINDO level.
利用CI-ZINDO方法计算了基于晶体结构参数和优化结构的化合物及其衍生物的吸收光谱。
6)  INDO/CI
INDO/CI
1.
The electronic spectra of azulene derivatives were studied by using INDO/CI methods on the basis of the optimized geometries with AM1 method.
利用量子化学半经验AM1和INDO/CI方法,研究几种茂并芳庚D-π-A型衍生物结构的规律和光谱性质。
2.
Based on the geometries optimized via AM1 method, the effects of the peripheral NO_2 group substituents of subphthalocyanine(C_ 24H_ 12B_1Cl_1N_6) on the electronic spectra and second order nonlinear optical properties were observed by using INDO/CI-SOS method.
在 AM1方法优化的几何结构基础上 ,用 INDO/CI-SOS方法深入探讨亚酞菁 (C2 4 H1 2 B1 Cl1 N6 )的硝基取代对体系的电子光谱和二阶非线性光学性质的影响 。
3.
The electronic spectra of fulleropyrrole derivatives were studied by using INDO/CI methods on the basis of the optimized geometries with AM1 method.
同时用INDO/CI SOS方法计算了所设计的体系的二阶非线性光学系数 βμ,其中 βμ 最大可达40 2 3× 10 3 0 esu 。
参考词条
补充资料：Ci
分子式：
CAS号：

性质：放射性活度的单位，用符号Ci表示，1Ci=3.7×1010Bq。为专门领域中使用的非国家法定计量单位。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。