Then,some key test technologies of the rotor carbon fibre heating elements,such as the power control,the data acquisition and the data analysis are given.
对碳纤维加热组件温热特性试验中涉及的主要技术,如加热电源控制、试验测试和数据分析进行了详细介绍。
The results show that the heating concentration phenomenon can be avoided when the un-heating region of 1 mm×2 mm near the corner is designed,and the effect of un-heating region on temperature field at the channel center is negligible.
研究结果表明:角部附近设计1 mm×2 mm非加热区域后,能够有效地避免角部热集中现象,非加热区对流道中间部位温度场的分布影响不大;非加热区域固体设置为导热边界条件时,角部附近加热面上的内壁面热流密度和温度的分布变得不均匀;固体金属材料的热传导使得非加热区域内固体的温度有所升高,有利于提高该区域流体的温度;非加热区域固体设置为绝热边界条件时,等体积热流密度和等壁面热流密度对矩形通道内的换热性能影响不大。
The development of the mural-direct-heating high-power electric heater module;
管壁直接加热式大功率电加热组件的研制
Research on Test Technology of the Rotor Deicing Carbon Fibre Heating Elements
桨叶除冰碳纤维加热组件温热特性试验技术研究
The Research on Thermal Characteristics of Spindle Components in Milling Center;
铣削加工中心主轴组件热特性的研究
A pair of heaters heats the component directly and reduces affection on components nearby. It is especially suitable for integrated circuit board.
电热镊子双管加热,直接与组件接触,减少对附近组件的影响。
The Design and Test Solar Cell Module Laminator Heating System
太阳能电池组件层压机加热系统的设计与试验
Study on Thermal Placement Optimization of Stacked 3D-MCM Based on Thermal Superposition Model
基于热叠加模型的叠层3D多芯片组件芯片热布局优化研究
Add &File Group...
添加文件组(&F)...
The Influence of Hot Procedure and Parameters to Ti_3Al/TC4 Dual Alloy Compressor s Structure and Properties;
热加工参数对Ti_3Al/TC4双合金构件组织、性能的影响研究
Changes of tissue structure and rheological properties of Stichopus Japonicus in different heating conditions
不同加热条件下盐渍刺参组织构造和流变学特性的变化
FEM Stress Analyzing and Structure 0ptimizing for High Pressure Sphere Subassembly of Thermal Alkylation Exchanger
烃化补充加热器高压球底组件有限元应力分析与结构优化
cartridge heating element
筒形加热器,筒式加热元件
X-ray tube assembly heat content
Ｘ射线管组件热容量
X-ray tube assembly heating curve
Ｘ射线管组件发热曲线
stratit element
钼[钨]电阻加热元件
vacuum tube solar heating element
真空管太阳能加热元件
The heat source must not directly heat the container valve since the valve, connection, and relief device components can be damaged by excessive temperatures.
由于过高的温度会损坏阀门、接头和减压装置组件，热源不能直接加热容器阀门。
It consists air blowing system, heating system, vacuum vehicle, vacuum pump, vacuum valve and alarm equipment.
本机组由风循环系统、加热系统、真空车、真空泵、真空阀等部件组成，并设有报警装置。
Hazard to High-pressure Feed Water Heater by Low-pressure Feed Water Heater Outaging and Preventive Action in 660MW Unit
660MW机组低压加热器停运后高压加热器预防措施
The Application of Air Heating Units in the Mine Air Heating
空气加热机组在矿井井口空气加热中的应用