蓄热元件,heat storage element
1)heat storage element蓄热元件
1.Based on the relationship among wearing degree of theheat storage element,heat stored,air and flue gas resistance,the concepts of converted heat transferred of theheat storage element due to wear and converted pressure difference due to wear were presented after all the influential factors were quantified.基于蓄热元件磨损程度与蓄热量及烟风阻力的关系,将各影响因素量化后,提出了蓄热元件磨损折算传热量和磨损折算压差的概念,推导了磨损检测的计算模型。
2)cylindrical storage components柱形蓄热元件
1.The results show that a number of internal-heated electric iron core,which parallel installed in thecylindrical storage components instead of electrical bar heating plate,can greatly improve mold heating effective.研究表明,以若干内热式电烙铁芯并联安装在柱形蓄热元件中替代电热棒式加热板,可以较大幅度增加模具的加热效率。
3)accumulator package蓄压器组件，蓄压器单元
4)storage element存储元件，蓄电池
5)heating element发热元件
1.Microstructure and properties of an MoSi_2heating element modified by ceramic compound;陶瓷矿物改性MoSi_2发热元件的组织结构和性能
2.The content and microstructure of scale of Kanthal Super 1700 MoSi2heating element were studied using scanning electron microscope(SEM) with energy dispersive spectrometer(EDS).采用SEM和EDS技术研究了国外某MoSi2发热元件表面保护膜的成分和微观组织。
3.Based on the X-ray diffraction analysis(XRD),scanning electron microscope(SEM) with energy dispersive spectrometer(EDS),the composition and microstructure of Riken MoSi2heating element after high-temperature application was studied.采用X射线衍射、扫描电镜和能谱分析技术研究了国外某MoSi2发热元件的组成和结构。
英文短句/例句
1.globar resistance heater碳硅棒电阻式发热元件
2.Preparation and Research Progress of MoSi_2 Heating ElementMoSi_2发热元件的制备及其研究进展
3.A Numerical Analysis on the Cooling of Heating Component and the Analysis of the Temperature Field发热元件冷却的数值模拟及温度场分析
4.This design separates the heating element from the container and also allows for heating or cooling the containers, depending on the process pressure requirements.这种设计把发热元件和容器隔离开来，同样允许根据过程压力要求来加热或冷却容器。
5.Trapezoid Heating Elements in Plate Film Evaporators板式自由流降膜蒸发器中的梯形加热元件
6.Ration Oil Distribution Unit Basing on CAN Bus and Hardware Hot Backup;基于CAN总线与硬件热备份的定量发油单元
7.Development of weaving equipment and process model for carbon fiber electric heating element碳纤维电热元件编制设备及工艺模型的开发
8.The heating units of electric kitchen ranges at 600℃ to 700℃ emit much more heat.厨房中温度在600°-700℃的电炉灶加热元件能散发出更大的热量。
9.stratit element钼[钨]电阻加热元件
10.metal element strip bolometer金属元件测辐射热计
11.fuel element (cartridges), non-irradiated释热元件（容器）,未经辐照
12.burst slug detector释热元件损伤探测器
13.uranium-base fuel element铀基释热[燃料]元件
14.vacuum tube solar heating element真空管太阳能加热元件
15.Development of Sampler Actuated by a Shape-Memory-Alloy Element for Hydrothermal Fluid From Underwater Volcano;基于形状记忆合金元件驱动的海底火山热液采样器开发设计
16.Studies on Plastic Heat Transfer Element Used in the Dewvaporation Unit;高分子传热元件用于露点蒸发海水淡化装置的研究
17.Knowledge Management in the New Product Development of Thermal Component for Electonic Product电子产品散热元件新产品开发过程中的知识管理
18.Development and Validation of Thermal-Hydraulic Analysis Code for Plate Type Fuel Research Reactors板状燃料元件堆芯热工水力特性分析程序开发及验证
相关短句/例句
cylindrical storage components柱形蓄热元件
1.The results show that a number of internal-heated electric iron core,which parallel installed in thecylindrical storage components instead of electrical bar heating plate,can greatly improve mold heating effective.研究表明,以若干内热式电烙铁芯并联安装在柱形蓄热元件中替代电热棒式加热板,可以较大幅度增加模具的加热效率。
3)accumulator package蓄压器组件，蓄压器单元
4)storage element存储元件，蓄电池
5)heating element发热元件
1.Microstructure and properties of an MoSi_2heating element modified by ceramic compound;陶瓷矿物改性MoSi_2发热元件的组织结构和性能
2.The content and microstructure of scale of Kanthal Super 1700 MoSi2heating element were studied using scanning electron microscope(SEM) with energy dispersive spectrometer(EDS).采用SEM和EDS技术研究了国外某MoSi2发热元件表面保护膜的成分和微观组织。
3.Based on the X-ray diffraction analysis(XRD),scanning electron microscope(SEM) with energy dispersive spectrometer(EDS),the composition and microstructure of Riken MoSi2heating element after high-temperature application was studied.采用X射线衍射、扫描电镜和能谱分析技术研究了国外某MoSi2发热元件的组成和结构。
6)heat transfer component传热元件
1.By using CFD software FLUENT,numerical simulation for the three-dimensional flow of air between honeycombed plateheat transfer components is carried out.应用CFD软件FLUENT对蜂窝板传热元件板间空气的三维流动进行了数值模拟。
延伸阅读
氧化锆发热元件氧化锆发热元件氧化锆发热元件
