1.
Heat Treatment Process for Rapidly Refining Cast Microstructure of TiAl Alloy with Low Aluminium Content
快速细化低铝含量钛铝合金铸态组织的热处理工艺
2.
Rapid detection of hemoglobin A1C by capillary electrophoresis system
毛细管电泳法快速检测糖化血红蛋白
3.
Expressions of MAPKs in rapidly paced atrial myocytes
快速起搏心房肌细胞中MAPKs表达的变化
4.
The study of the method to obtain pure Schwann cells rapidly from facial nerve of rabbit
兔面神经许旺氏细胞的快速分离和纯化
5.
Study on Qick Vitrification Cryopreservation of Buffalo Oocytes;
水牛卵母细胞快速玻璃化冷冻保存的研究
6.
Effect of rapid repolarization current on electrophysiological characteristic of myocardial cells
快速复极化电流对心肌细胞电生理特征的影响
7.
The synthesis picks the working surface (fine refinement management) to install the technology and the application fast
综采工作面的(精细化管理)快速安装技术及应用
8.
Optimization of Freezing and Thawing Protocol of Rapid Freezing Techniques of Boar Semen in 0.5 ml Straws
猪精液0.5ml细管快速冷冻和解冻方法的优化
9.
Fast image stabilization algorithm based on multi-pixel edge thinning and improved Hough transform
宽边缘细化及改进Hough变换的快速稳像算法
10.
Rapid Evaluation of Butterfly Subdivision Surfaces
Butterfly细分曲面的快速求值
11.
Study on Numerical Simulation of Fast Aging Characteristics of Three Way Catalytic Converter Based on Detailed Reaction Mechanism
基于详细反应机理的三效催化器快速老化特性数值研究
12.
Quick makeup, hair, and outfit changes, and PRESTO!
快速化妆、做发型、换装，极速的快板!
13.
Still, at times a cell may actually embrace the process of genetic mutation- in essence, evolution in fast-forward.
然而有时细胞也会欢迎基因突变的现象，好让演化快速进展。
14.
Application of Multicapillary Column to High Speed GC Separation of Industrial Chemicals
集束毛细管柱用于工业化学品的快速气相色谱分离(英文)
15.
Determination of 4 Methylparaben Antiseptic in Cosmetic by Capillary Gas Chr
毛细管气相色谱法快速测定化妆品中4种对羟基苯甲酸酯防腐剂
16.
Preliminary Study on the Age-Related Deterioration of Learning and Memory and Cytokines in Senescence-Accelerated Mice to Treatment with Liuwei Dihuang Pill;
六味地黄丸对快速老化小鼠学习记忆和细胞因子影响的初步研究
17.
The Research of the Regulatory Planning in the Fast Urbanization Stage of Our Country, under Overall Plan Study Theory Guidance;
统筹学指导下的我国快速城市化阶段控制性详细规划研究
18.
Development and Application of Capillary Electrophoresis Based on Rapid Separation and High Sensitivity;
基于快速分离、高灵敏度检测的毛细管电泳优化方法研究与应用