1.
The Research on the Fertile Change Mechanism of Wheat Photoperiod Sensitive Male Sterile Line(A31)and Molecular Marker of Photoperiod-sensitive Gene;
光周期敏感小麦雄性不育系A31育性转换机制研究及光敏基因分子标记
2.
The Changing of Waifs Succor Pattern and Construction of the Protective Special Education Mechanism;
流浪儿童救助模式的转换与保护性特殊教育机制的构建
3.
Publicity Transition of Higher Education System in China;
试论我国高等教育体制的公共性转换
4.
Changing the Regulating and Controlling Mechanism:the Key to the Reform of Vocational Education;
转换调控机制:职业教育改革成败的关键
5.
The Character and Molecular Mechanisms of Fertility Conversion of YM Type Thermo-Sensitive Male-Sterile Wheat Line
YM型小麦温敏雄性不育系育性转换特性及分子机理研究
6.
Fertility Alternation Regularity and Sterility Mechanism in Thermo-Photo-Sensitive Genic Male Sterile (TGMS) Wheat (Triticum Aestivum L.);
重庆温光敏核雄不育小麦育性转换规律及不育机理研究
7.
transforming state-owned enterprises'management mechanisms
转换国有企业管理机制
8.
Transform the enterprises' management mechanisms of State-owned enterprises
转换国有企业经营机制
9.
Historical Transition of Forestry and the Establishment of Carbon Exchange System;
林业的历史性转变与碳交换机制的建立
10.
The Chaotic Attitude Control in the Large Angle Attitude Maneuver of Liquid-Filled Flexible Spacecraft
柔性充液航天器姿态转换机动及混沌姿态控制
11.
The Promotion of Rural Economic Development by Mechanism Transformation;
转换机制增活力 换个方式抓农业
12.
Cognitive Mechanism of Chinese/English Codeswitching: Motivation and Constraints;
汉英语码转换的认知机制：动机与限制
13.
Preparation of Oleophobic/Hydrophobic-Hydrophilic Smart Surface and Its Switching Mechanism
疏油/疏水-亲水转换涂层的制备及其转换机理
14.
switching mechanism
开闭[切换，转换，转辙]机构
15.
Effects of the Microtubule Damage on the Opening of Mitochondrial Permeability Transition Pore in Hypoxic Cardiomyocytes.;
缺氧心肌细胞微管破坏对线粒体通透性转换的影响及其机制研究
16.
Study on Validity Maintaining and Feature Conversion in Multi-views Feature Modeling;
多视图特征造型有效性维护和特征转换机制的研究
17.
Breakthrough, Transformation and Expansion:On the Formation and Justice of China s Social Division and Circulation System;
突破、转换与扩张:中国社会分化与流动机制的形成和公正性
18.
The Conversion of Dynamical Mechanisms and Formation of Intra-Plate Depression Under the Compresso(-Shear)Dynamics
压(扭)性动力学环境下动力机制转换与板内沉降坳陷形成