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1.
Mental Model Intensification and Argument Incorporation:A Cognitive Mental Mechanism for VtVi Conversion;
心理模型集约与论元归并——VtVi转化的认知心理机制
2.
Study on the Development of the Construction "Vt+Causative Verb+O+Vi" in Middle Ancient Chinese
中古“Vt+使役动词+O+Vi”格式流变的探析
3.
her sallow face
她那张灰黄色的脸,vt.1. 使成灰黄色,vi.1. 变成灰黄色
4.
Full-Virtualization Implementation of XEN Based on Intel VT-x
基于Intel VT-x的XEN全虚拟化实现
5.
Research on the Performance Measuring of Virtual Machine System Based on Intel VT Technology;
基于Intel VT技术的虚拟化系统性能测试研究
6.
Research and Testing of PC Virtual System Based on Intel VT Technology
基于Intel VT技术的PC虚拟化平台研究与测试
7.
A Study on the Photo-reduction of Cr(VI)Catalyzed by TiO_2;
TiO_2催化Cr(VI)的光还原反应的研究
8.
Design of Ship-borne Network Test System Based on VI
基于VI的舰载网络化测试系统设计
9.
Study on the Electrochemical Synthesis and Properties of Ferrate (VI) Compounds;
高铁(VI)化合物的电化学合成与性质研究
10.
Rectorite Catalyzed Photochemical Reduction of Chromium (VI) by Oxalate and Citrate in Aqueous Solutions
累托石催化草酸、柠檬酸光化学还原Cr(VI)的研究
11.
Study of Optimization to Gamma Ray Shielding by Using VI Technology;
用VI技术对γ射线屏蔽的分析与优化研究
12.
Studies on the Preparation, Characterization of Magnetic Photocatalytic Compound and Photoreduction to Cr(VI);
磁性复合体光催化材料制备、表征及对Cr(VI)的光催化还原研究
13.
Synthesis, Characterization and Catalytic Performance of Ferrocenylimine Molybdenum (VI) Complexes for Epoxidation
二茂铁基亚胺钼(VI)配合物的合成、表征及催化环氧化性能研究
14.
Study of Adsorption Behavior on Collagen Fiber Immobilized Bayberry Tannin to Mo(VI) and V(V);
胶原纤维固化杨梅单宁对Mo(VI)和V(V)的吸附特性研究
15.
The Preparation of Iron and Nickel Oxide Magnetic Particle and Adsorption of Hexavalent Chromium in Simulative Wastewater;
铁镍氧化物磁性粒子的制备与吸附模拟废水中Cr(VI)行为研究
16.
First-Principles Study of the Interatomic Potentials of II-VI Compounds;
Ⅱ-VI族化合物原子间相互作用势的第一性原理研究
17.
Synergistic Effects of Ultrasonic Degradation of Methyl Orange and TiO_2 Photocatalytic Reduction of Cr (VI);
超声降解甲基橙和TiO_2光催化还原Cr(VI)过程中协同效应的研究
18.
Magnetic Bioeffect and Its Mechanism of Cr(VI) Removal for Wastewater Treatment;
利用磁生物效应净化含Cr(VI)废水的效果及机理研究