1.
Constitutive Relations of Polycrystals with Effects of the ODF and Their Measurements;
多晶体材料的力学性质与材料晶粒取向分布的关系及其测量
2.
Grain Growth and Deformation Mechanism in Nanocrystalline Materials;
纳米晶体材料中晶粒生长及变形机理的研究
3.
State Key Laboratory of Crystal Materials
晶体材料国家重点实验室
4.
Study on the Mechanical Properties of Pure Bulk Al with Nanocrystalline
纯Al纳米晶体材料的力学性能研究
5.
Calculation of the electronic structure of Y-doped SrTiO_3
Y掺杂SrTiO_3晶体材料的电子结构计算
6.
The increase in average grain size of a polycrystalline material; for most materials, an elevated-temperature heat treatment is necessary.
多晶体材料中晶粒尺寸的增大，对大多数材料来说，晶粒长大只在升高温度加热的时候发生。
7.
Study on Nd:GGG Solid-State Heat-Capacity Laser Crystal and Growth Technology;
Nd：GGG固体热容激光晶体材料及生长技术的研究
8.
Polycrystalline mechanical model for bulk nanocrystalline materials as an integral obeject
基于整体结构的纳米晶体材料力学模型
9.
Research on Some New Borate Nonlinear Optical Crystal Materials;
几种新型硼酸盐非线性光学晶体材料研究
10.
Synthesis of AlPO_4-5 Crystals and the Assembly of Host-guest Materials;
AlPO_4-5晶体的合成及主客体材料的组装
11.
Four series of soft magnetic materials, i, e. metallic soft magnetic materials, ferrite soft magnetic materials, amorphous soft magnetic materials, and super-micro crystallite soft magnetic materials, are reviewed.
评介了金属软磁材料、氧体软磁材料、晶软磁材料和超微晶软磁材料四大系列。
12.
Study on the Crystallization Behavior of Mg-based Bulk Amorphous Alloy and Preparation of Amorphous Matrix Composites;
镁基块体非晶晶化行为研究及复合材料制备
13.
Abstract: Synthetic crystals are the basic electronic and photonic materials.
文摘:人工晶体是重要的电子、子材料。
14.
Search for New Borate Compounds and the Growth of RbNbB_2O_6 Crystal;
硼酸盐新材料探索及RbNbB_2O_6晶体生长
15.
The tight-binding description on photonic crystals consisting of single-negative materials;
含单负材料的光子晶体的紧束缚模型
16.
Bulk ultrafine grained materials prepared by consolidation of powder using high pressure torsion
高压扭转法制备粉末块体超细晶材料
17.
Anti-abrasive Wear Composite of Carbide Eutectic/Cu-Mn-Ni Cupronickel;
碳化物共晶体/锰白铜抗磨料磨损复合材料
18.
Study on preparation of ordered porous cordierite with colloidal crystals template
胶体晶体模板法制备有序多孔堇青石材料研究