1.
Method and Mechanism of Material Surface Modification by Plasma Source Ion Implantation;
等离子体源离子注入材料表面改性及其机理研究
2.
Surface Modification of Ti6Al4V Biomaterial by Hybrid Plasma Ion Implantation;
Ti6Al4V生物材料等离子体复合注入研究
3.
Research of material function after implanting Si with N~+ and N_2~+;
N~+和N_2~+离子注入硅的材料性能研究
4.
The specific function of" Nanometer" material has brought material science new hope and energy.
纳米材料的特殊功能给材料学注入了新的生机和出人意料的活力。
5.
Research on the Total Dose Radiation Effect of SIMOX SOI Modified with Ions Implantation;
离子注入SOI材料的总剂量辐照效应研究
6.
Investigation of SOI Structure Formed by Separation of Water Plasma Ion Implantation;
水等离子体离子注入形成SOI结构材料的研究
7.
Research on Preparation of Antibacterial Functional Materials by Implanting Ag Ions into Stainless Steel;
银离子注入不锈钢制备抗菌功能材料的研究
8.
Ultraviolet Absorbing Poly (Methyl Methacrylate) Composite Produced by Supercritical Fluid Infusion of a Silver Additive;
超临界流体注入法制备紫外吸收PMMA材料
9.
Study of Surface Modification by Ag/Cu Ion Implantation into Medical Metallic Materials;
Ag、Cu离子注入医用金属材料表面改性研究
10.
Studies on Altering Character of Metal-doped CdTe Thin Films by Ion Implant Technique;
金属离子束注入对碲化镉薄膜材料的改性研究
11.
The Luminescence Property of Silicon-based Light Emitting Materials Prepared by Ion-implantation;
离子注入制备硅基发光材料及其性能研究
12.
Spin Injection and Transport Properties in Organic Device
有机材料器件自旋注入和输运特性研究
13.
Structure Analysis and Magnetic Properties of Mn-Implanted Si
Mn离子注入Si材料的结构分析及磁学性质
14.
EXPERIMENTAL STUDY OF NOVEL INJECTABLE NUCLEUS PULPOSUS PROSTHESES IMPLANT
新型可注射型人工髓核材料的植入实验研究
15.
Grouting is a rock-stratum strengthening method that fill up the voids and fractures with cement or other materials.
注浆是将水泥或其它材料注入岩土体缝隙中的一种岩层加固方法。
16.
Remove the cap to take out the blade with care. The cut condiments shall be put into a pan or bowl directly.
打开盖子，注意小心取出刀片，将切完的材料直接放入锅或碗中。
17.
Magnetic Force Microscopy Study of Magnetic Nano-Materials and Exploration of Spin Injection into Organic Semiconductors;
纳米磁性材料的磁力显微镜研究及自旋注入有机半导体探索
18.
Study on Nano-phases and Surface Improvement of Metal Materials by Co-implantation and Co-deposition Methods;
共注入共沉积金属材料表面改性及其纳米镶嵌结构的研究