1)  thermo-equipment
热设备
1.
Based on infrared-thermal detection technology and heat-transfer theory,calculation methods of radiating loss of varied thermo-equipments were analyzed.
以红外热像检测分析技术为基础 ,从传热学的理论出发 ,结合现场红外测试工作实际 ,对不同热设备的散热损失计算方法进行了理论分析与推导 ;分析了保温材料绝热性能的分析校核方法 ,从而研究出一套综合测试、分析评定热设备保温效果的方法。
2)  heating equipment
加热设备
1.
The analytical method of accident about GP100-C_3 high frequency induction heating equipment;
GP100—C_3型高频感应加热设备故障分析
2.
Based on heat trasfer theory,the principle of enhancement heat trasfer prosess of heating equipment is analyzed.
阐述了远红外辐射涂料的特点及使用方法,分析了远红外辐射涂料强化加热设备传热过程的原理,论述了远红外辐射节能涂料的应用前景。
3.
The main heating equipments, such as the regenerative burner nozzle, regenerator, reversing arrangement, control system, was analysed in this papers.
并对主要加热设备如蓄热烧嘴 ,蓄热室 ,换向装置 ,控制系统进行了分
3)  heat-exchanger
换热设备
1.
Chemical cleaning of heat-exchangers in pure water cooling system with silicon rectifier;
硅整流元件纯水冷却系统换热设备的化学清洗
2.
ADSRX is an important part of secondary development platform of AutoCAD R14,which makes it easy to develop heat-exchanger CAD software with its many tools.
ADSRX是AutoCADR1 4二次开发平台的重要组成部分 ,它提供的许多工具使用户在AutoCADR1 4上开发换热设备CAD软件变得较为容易 。
4)  heat exchanger
换热设备
1.
Harm and cost estimation of heat exchanger fouling;
换热设备的污垢危害及费用估计
2.
Gas was introduced into the heat exchanger to form gas-liquid flow,and the experiment was conducted to study its properties of heat transfer and anti-fouling in different gas flux.
针对污垢沉积而导致换热设备传热效率降低这一能源工程领域中的疑难问题,通过在换热管内通入气相,形成气液两相流动,在不同气体流量下进行了换热管内气液两相流动的传热和抗污垢性能研究。
3.
For increasing the versatility and the maintenance of the system which is developed to solve the numerical analysis of thermodynamic calculation for heat exchangers, a universal numerical method for general exchangers is put forward, and the outline of the system developed based on object-oriented is discussed.
为了提高换热设备传热计算系统的通用性和可维护性,提出了一般换热设备的通用算法,讨论了采用面向对象技术开发系统的主要思路。
5)  heat transfer equipment
传热设备
1.
The program to predict the physical properties in calculation of heat transfer equipment is worked out for users to conveniently use the various process calculation programs of high efficiency heat transfer equipment and increase the design efficiency.
传热设备工艺计算中的石油化工常用物性推算程序是为方便用户使用各种高效传热设备工艺计算程序和提高设计效率而精心编制的,程序中所采用的方法具有较严谨的热力学基础。
6)  heat exchanger
传热设备
1.
The operation efficiency is reduced seriously by water fouling in heat exchangers of low flowing velocity.
因此,这种强化型轴承座能使塑料光滑纽带在低流速传热设备中广泛应用,结构又简单,具有很高的工程应用价值。
参考词条
补充资料：换热设备
分子式：
CAS号：

性质：又称换热器和热交换器。使两种流体间进行热量交换而实现加热或冷却等目的的设备。一般是用固体间壁(传热面)将不同温度的流体隔开。也有的使两种流体在器内直接接触而进行热量交换。根据作用原理可分为间壁式换热器、蓄热式换热器和混合式换热器。根据使用目的可分为冷却器、加热器、冷凝器和汽化器。根据结构材料可分为金属材料换热器和非金属材料换热器。根据传热面的形状和结构可分为管式换热器和板式换热器。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。