2) plate heat exchanger
板式换热器
1.
Design of the Plate Heat Exchanger for Cooling Potassium Nitrate;
硝酸钾冷却用板式换热器的设计
2.
Measurement and analysis of plate heat exchanger gaskets in heating plant;
供热站板式换热器密封垫片检测与分析
3.
Research of automatic orientation fast clamping tool in plate welding of full-welded plate heat exchanger;
全焊式板式换热器板束焊接自定位快装夹具研制
3) plate type heat exchanger
板式换热器
1.
A comparision of the structure and performance of three heat exchangers —— shell-and-tupe heat exchanger、plate type heat exchanger and lamella heat exchanger is covducted in this paper.
文中对管壳式换热器、板式换热器和板壳式换热器从结构和性能方面进行了简单比较,结果表明:板壳式换热器结合了管壳式换热器高温高压和板式换热器结构紧凑及传热系数高等优点,更具应用前景。
2.
Computation methods for designing selection of plate type heat exchangers were studied.
研究了板式换热器的设计选型计算方法,建立了以冷热流体流速表征换热器传热系数与压降的模型,提出了一种基于上述模型的板式换热器选型计算方法,并使用通用的程序设计语言Delphi 7。
3.
Through selection of water-to-water heat exchanger for the closed circulating cooling water system,this paper discusses structural performances of shell-and-tube type heat exchangers,as well as plate type heat exchangers.
通过闭式循环冷却水系统中水-水换热器的选型,详细论述了管壳式与板式换热器的结构性能。
4) Plate Heat Exchangers
板式换热器
1.
Application of Imported Plate Heat Exchangers in Sulfitation Sugar Mill;
进口板式换热器在亚法糖厂的使用
2.
Application of Plate Heat Exchangers for Sulphuric Acid Scrubbing System;
板式换热器在硫酸净化系统中的应用
3.
Hydrodynamics and thermal characteristics of chevron-type plate heat exchangers
人字形波纹板式换热器性能数值模拟的研究
5) contact-type heating plate
接触式热板
1.
To countor the feature that the yarn is easily looped and breaken in drawtwister owing to the contact-type heating plate, we have to find out the methods of quality contro1 of Polyester drawn yarn as viewed from technology, equipment and management etc.
针对牵伸加捻机因接触式热板易造成圈丝和断头的特点,从工艺。
6) finned storage slab
板式储热器
补充资料:螺旋板式热交换器
分子式:
CAS号:
性质:由两张平行的薄钢板卷制成具有两个螺旋通道的螺旋体,再加上两侧的盖板与冷热流体进出口连接管而成,如图示。流体分别在两条通道中逆向旋流通过螺旋板进行热交换,这种设备的主要优点是结构紧凑,其容积仅为列管式的几分之一到十几分之一。两流体在器内可作严格的逆流流动,总传热系数较大,传热效率较高,缺点是流体阻力比较大,操作压强和设备尺寸不能太大,两流道液体的压强差也不能太大,检修和清洗比较困难。
CAS号:
性质:由两张平行的薄钢板卷制成具有两个螺旋通道的螺旋体,再加上两侧的盖板与冷热流体进出口连接管而成,如图示。流体分别在两条通道中逆向旋流通过螺旋板进行热交换,这种设备的主要优点是结构紧凑,其容积仅为列管式的几分之一到十几分之一。两流体在器内可作严格的逆流流动,总传热系数较大,传热效率较高,缺点是流体阻力比较大,操作压强和设备尺寸不能太大,两流道液体的压强差也不能太大,检修和清洗比较困难。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条