1.
The Definition of Hotkey by Visual Basic 6.0;
在Visual Basic6.0中系统热键的定义
2.
Key Technologies of Thermal Management System for EV Battery Packs
电动汽车电池组热管理系统的关键技术
3.
Development of the Key Components and the Pressing Force Control System of the RYJ-Ⅱ Hot-embossing Equipment;
RYJ-Ⅱ型热压设备关键部件研制及压力系统研究
4.
Study on Key Problems of Building-Integrated Solar Hot Water System;
建筑一体化太阳能热水系统关键问题研究
5.
Some Issues of Modeling and Designing IGCC Thermodynamic System;
IGCC热力系统建模与设计中若干关键问题
6.
Steady Simulation Research of Dual-phase Change Heat Exchanger and Air-cooled Condenser;
空冷系统关键换热器稳态特性的仿真研究
7.
Critical Technologies Research of the Microwave-Induced Thermo-Acoustic Tomography System
微波热致超声波扫描成像系统关键技术研究
8.
Investigation on Key Technology of a Solar Assisted Heat Pump In-Bin Grain Drying System
太阳能辅助热泵就仓干燥系统关键技术研究
9.
Research on Nonlinear Vibration of Contact Interface in Thermosonic Bonding Transducer System
热超声键合换能系统接触界面非线性振动研究
10.
Brief Talk about Control of Several Key Factors Concerning MDF Defibrator System
浅谈中纤板热磨系统几个关键因素的控制
11.
A study and practice on key technology of process control system for hot strip mill
热连轧过程控制系统关键技术的思考与实践
12.
Study and Design on the Key Parameters for Solar Water Heating System in Lianyungang City
连云港市太阳能热水系统关键参数设计研究
13.
Keyword: Central air conditioner; Power-saving technology; Energy consumption; Store the energy; Soil of heat source.
关键词：中央空调；节能技术；能耗；蓄能系统；土壤热源。
14.
The Integrated Designing Method for the AMS-02 Thermal Control System Structures and FEM Analysis on Critical Components;
AMS-02热控制系统结构件整体化方案设计与关键部件有限元分析
15.
STRATEGIC RESEARCH ON BASIC THEORY AND KEY TECHNOLOGY OF SOLAR THERMAL POWER GENERATION SYSTEM
太阳能热发电系统基础理论与关键技术战略研究
16.
Optimal Design on Key Components of Thermal Cycling System of Coating Line
涂装生产线热循环系统关键组件的优化设计方法研究
17.
In respect of thermal transfixion, the permeability coefficient ratio determines the success or failure of GWHPPRSW.
从热贯通的角度来说，渗透系数比是同井回灌地下水源热泵系统工程成败的关键。
18.
During a subsequent warm restart, information in the warm key point is used to reestablish system tables to the status they had at controlled shutdown.
在其后的热启动中，利用热关键点中的信息可以重新将系统表设置到受控停止时的状态。