1.
The Diesel Fuel Wax Crystallization Mechanism and the Action Mechanism of Pour Point Depression;
柴油蜡晶结晶机理和降凝剂作用机理
2.
Study on the Measurement of Crystallinity and Crystallization Mechanism for Different Polyethylene;
聚乙烯结晶度测定及结晶机理的研究
3.
Study on the Crystallinity Mechanism and Nanocrystal Effect;
PVC的结晶机理和纳米晶效应研究
4.
The crystalline mechanism of heteronuclear crystalline is found out by theoretical analyzing the chemical property of molybdenum delay composition.
通过对钼系延期药各组分的性质的分析研究,从理论上探讨其异核结晶的结晶机理。
5.
From the crystal structure,we qualitatively discussed the Jackson Factor α and the growth mechanisms of these three kinds of faces.
从晶体结构上定性地探讨了 3种晶面的杰克逊因子α及生长机理。
6.
Research of Crystallization Mechanism, Law and Control Technique on Mold Flux Film for CC;
连铸结晶器内渣膜析晶机理、规律与调控技术研究
7.
Research on Reconfigurable Strategy of Modular Self-Reconfigurable Robot Based on Crystal's Crystallization Theory
基于晶体结晶理论的模块化自重构机器人重构策略的研究
8.
Research on the Band Gap Mechanism and the Applicaion of Periodic Structure Based on Phononic Crystals;
基于声子晶体的周期结构带隙机理及应用研究
9.
Study on Fabrication, Growth Mechanism and Microstructure of K_2Ti_6O_(13) Whisker;
K_2Ti_6O_（13）晶须的制备、生长机理及微结构研究
10.
Oriented Crystallization and Deformation Mechanism of Polyolefin (blends);
聚烯烃（共混物）取向结晶与形变机理的研究
11.
Structure Characterization of Mesoporous Titania Wiskers and Studies on the Mechanism of Low-temperature Synthesis;
介孔氧化钛晶须结构表征及低温合成机理研究
12.
Structure and Physical Properties Study of Nd: LuVO_4 Laser Crystal;
掺钕钒酸镥激光晶体结构和物性机理研究
13.
Study on the Polymorphism and Caking Mechanism of Glycine;
甘氨酸多晶型现象与产品结块机理的研究
14.
Research Progress on Mechanism of Chain Behavior during Polymer Crystallization Process
高分子结晶过程中分子链行为机理的研究进展
15.
Electrochemical Nucleation and Growth Mechanism of Zn from a Mixed Ionic Liquid
混合离子液体中锌的电化学结晶及生长机理
16.
Analysis on mechanism of cementitious capillary crystalline waterproofing materials
水泥基渗透结晶型防水材料的作用机理分析
17.
ANALYSIS OF LIQUID FLUX CONSUMPTION MECHANISM FOR SLAB CONTINUOUS CASTING MOLD WITH HIGH CASTING SPEED
高拉速板坯连铸结晶器液态渣消耗机理分析
18.
Based on the crystal growth elementary principle,a plagioclase crystalline velocity equation is suggested.
从晶体生长的基本原理出发，提出了按非连续机制生长的斜长石晶体结晶速率表达式。