1.
spray dried microspheroidal catalyst
喷雾干燥微球催化剂
2.
Temperature-triggered Assembly of Ta_2O_5 Hollow Microspheres
热诱导组装Ta_2O_5空心微球
3.
Preparation and Characterization of Gelatin Microspheres and Gelatin Composite Microspheres
明胶微球和明胶基复合微球的制备与性能研究
4.
Preparation of ordered arrays of PS/TiO_2 core-shell microspheres and hollow TiO_2 microspheres
PS/TiO_2核壳型微球和空心TiO_2微球有序排列的制备
5.
The Prepareration of Micro-Size Uniform Particles of PMMA by Dispersion Polymerization;
分散聚合法制备微米级单分散PMMA微球
6.
Preparation of Large Size Agarose Beads by Microporous Membrane Emulsification Technique
微孔膜乳化法制备大粒径琼脂糖微球
7.
Progress in Preparation of Microspheres Using Microfluidic Devices
利用微流控装置制备微球的研究进展
8.
Through the spectrum analysis, the authors found that the microspherulites are mainly the lithical spherules, that is, the apatite and the siliceous spherules.
通过波谱分析，微球粒主要为石质球，即磷灰石球和硅质球。
9.
Preparation and Characterization of Zirconia Hollow Spheres by Templating Against Polymer Microspheres;
高分子微球模板法空心氧化锆微球的制备及表征
10.
Study on PLA/SiO_2 Hybrid Microspheres and Loading Drug and Preparation of PVA/SiO_2 Hybrid Microspheres;
PLA/SiO_2杂化微球及载药性能研究与PVA/SiO_2杂化微球的制备
11.
Study on Monodisperse PAM Microspheres and SiO_2/PAM Core/shell Composite Microspheres by Dispersion Polymerization;
分散聚合法制备单分散PAM微球及SiO_2/PAM核/壳复合微球的研究
12.
Studies on the Preparation of Polymeric-Inorganic Composites Microspheres of Core-Shell Structures by Microgel Template Method;
基于高分子水凝胶微球模板法制备核/壳型复合微球
13.
Preparation of SiO_2 Microspheres and Metal Chelate Microspheres and Application in Immobilized Papain;
SiO_2微球与离子螯合微球的制备及应用于固定木瓜蛋白酶研究
14.
Study on Preparation and Structure of Polylactic Acid Microsphere and PLLA/PNAPAm Composite Microsphere;
聚乳酸微球及其复合微球的制备与形态结构研究
15.
Preparation of SiO_2, ZnO Hollow Spheres and SiO_2/Ag Composite Spheres and Their Properties;
SiO_2、ZnO空心微球及SiO_2/Ag复合微球的制备与性能研究
16.
Detection of β2-MG、а1-MG in early diagnosis of type 2 diabetic nephropathy
β2-微球蛋白、а1-微球蛋白的测定对2型糖尿病早期肾病的诊断价值
17.
The microstructure and characterization of ceramic microspheres were investigated.
对陶瓷微球的微观结构和性能进行了表征.
18.
As a result the earth bulges slightly at the equator and is slightly flattened at the poles.
结果，地球在赤道上微微凸出，而在两极微微扁平。