1.
Concentrated Emulsion Pathway to Self-Compatibilization of Polymer Blends;
浓乳液方法聚合过程自增容机理研究
2.
Preparation of Reactive Compatibility Polymer Alloys and Study on Reactive Compatibility Mechanism;
反应增容聚合物合金的制备及增容作用机理的研究
3.
The Research and Using of Autofrettage Theory in Super High Pressure Vessel;
超高压容器中的自增强理论的研究及应用
4.
It will be hopeful that this principle can offer a new content for dynamic design of the machine.
本原理可望为机器动态设计增添一项新的内容。
5.
Analysis and Processing of the Shafting Abnormal Vibration on the Capacity Extension Unit;
增容改造机组轴系异常振动的分析与处理
6.
Autoboosting calibre liquid nitrogen container
GB16774-1997自增压式液氮容器
7.
Study on the Reaction of in Situ Polymerization and in Situ Compatibilization of PS-MMA/ε-CL and the Formation Mechanism of Their Nanoblends;
PS-MMA/ε-CL的原位聚合、原位增容反应及其纳米共混物的形成机理
8.
The Key Technology Research of Unit increasing Capacity Rebuilding for GHPP and Project Management;
葛洲坝电站机组增容改造关键技术研究及工程项目管理
9.
Mechanism of in Situ Compatibilization and Degradation by Friedel-Crafts Alkylation Reaction for Polymer Blends
高分子共混物中Friedel-Crafts烷基化反应原位增容与催化降解机理
10.
Random Time Division Neural Computational Theory for Self-excitation Enhancement of Visual Curves
随机时分神经计算理论用于视觉曲线自激增强
11.
Study on Enlarging Installed Capacity and Saving Water for Increasing Generation of Longyangxia Water PowerStation;
龙羊峡水电站扩机增容与节水增发研究
12.
If there are no integrating processes and mechanisms, the individual applications may be inconsistent and incompatible.
如果没有集成的处理和机制，各自的应用也许无法协调一致和相容。
13.
Computer Automatic Acquisition and Management of Pressure Vessel Stress Test Data;
压力容器应力测试数据的计算机自动采集与管理
14.
Diversion Tunnel Blast Vibration Effect Analysis during Powerstation Expansion Project;
增容扩机时引水洞爆破振动影响分析
15.
Summary on Cases of Capacity Enlargement of Existing Hydropower Stations in China & Abroad;
国内外已建水电站扩机增容情况综述
16.
System Optimization Uprating Modification for 300MW Units in Yudong Power Plant
裕东电厂300MW机组系统优化与增容改造
17.
Economic Evaluation on Capacity Upgrade Project of 300 MW Home-made Turbine
国产300MW汽轮机增容改造经济性评价
18.
Aircraft Design Integration Discussion for Improved Damage Tolerance
增强飞机损伤容限的设计一体化探讨