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shell heat exchanger
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  壳式换热器
     This paper raises gists for supervisory manufacture of the plate/shell heat exchanger,and reviews the key process of it.
     本文给出了板壳式换热器的监造要点,对某板壳式换热器监造的关键过程进行了回顾,对该板壳式换热器的监造是成功的。
短句来源
     Installation of insert in the tube of tube shell heat exchanger is an effective method to improve heat transfer performance.
     管-壳式换热器加装内插物元件是改善管内换热性能的有效方法,简要介绍了交叉梯形波带插入物强化管内高粘度流体传热的原理和工业应用。
短句来源
     Application of Waved Plate and Shell Heat Exchanger in Heat Pump System
     波面板壳式换热器在热泵机组中的应用
     This paper mainly introduces the structures, performances of plate & shell heat exchanger and compares the shell & pipe and plate heat exchangers.
     本文主要介绍板壳式换热器的结构、性能特点以及与壳管式、板式换热器的比较
短句来源
     The Development and Application of Plate Shell Heat Exchanger
     板壳式换热器开发及其应用
短句来源
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  管壳式换热器
     Calculation Program of HTFS Heat Exchanger and Vibration Analysis of Tube & Shell Heat Exchanger
     HTFS换热器计算程序与管壳式换热器振动分析
短句来源
     DISCUSSION ON FABRICATION TECHNOLOGY OF 08Cr2AlMo STEEL TUBE AND SHELL HEAT EXCHANGER
     08Cr2AlMo钢制管壳式换热器制造技术探讨
短句来源
     This paper introduces the features,components and working principles of AUTOMATIG306 all-position automatic tubesheet welding system and the structure of the shell heat exchanger,and through the technical evaluation,selects the optimum welding processing parameters used in the practice of production,obtaining good results and the pass percent of the welding seam of 100%.
     介绍了AUTOMATIG306全位置自动管板焊接系统的特点、组成和工作原理以及管壳式换热器的结构,通过工艺评定优选出的焊接工艺参数应用于生产实践,取得了良好的效果,焊缝合格率达100%。
短句来源
     Tube and Shell Heat Exchanger Strength Research under Temperature Load
     管壳式换热器温度载荷下的强度研究
短句来源
     Influence of Fouling on Shell Heat Exchanger
     污垢对管壳式换热器的影响
短句来源
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  壳程换热器
     FEATURES COMPARISON BETWEEN SCREWED LOCKING RING DOUBLE SHELL HEAT EXCHANGER AND Ω RING SEALING STRUCTURE HEAT EXCHANGER
     螺纹锁紧环双壳程换热器与Ω环密封结构换热器特点比较
短句来源
     The structure features of screwed locking ring double shell heat exchanger and Ω ring sealing structure heat exchanger was recommended.
     介绍了螺纹锁紧环双壳程换热器和Ω环密封结构换热器的特点;
短句来源
     But the fabrication process of double shell heat exchanger is complicated,the first investment is fairly large.
     但双壳程换热器制造工艺复杂 ,一次性投资较高
短句来源
     HEAT TRANSFER RESEARCH OF DOUBLE SHELL HEAT EXCHANGER FOR HYDROTREATING UNIT
     加氢装置用双壳程换热器传热研究
短句来源
     The necessity and importance for the use of double ( multiple) shell heat exchanger was discussed in view point of promoting the thermal energy recovery in the process systems. And theoretical analysis was carried out from single match unit and whole heat exchanger network.
     文中从过程工业换热流程优化的角度论述了采用双(多)壳程换热器的重要性和必要性,并从单个匹配和整个换热网络两方面进行了理论分析。
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  “shell heat exchanger”译为未确定词的双语例句
     CALCULATING AND ANALYZING ON TUBE AND SHELL HEAT EXCHANGER IN EXCEL 2000
     用EXCEL 2000计算、分析壳管式换热器
短句来源
     The Technology Development and Application of the Enhancing Tube Shell Heat Exchanger
     高效能管壳式热交换器的技术进展及应用
短句来源
     Economic Analysis of Shell Heat Exchanger
     管壳式换热器的经济性分析
短句来源
     Research on Nonaxisymmetric Tube and Shell Heat Exchanger Structure Analysis and Improvement
     非对称管壳式换热器结构分析及改进中的问题研究
短句来源
     A tube shell heat exchanger model was used to serve as the test section,devided into four crossing paths by three baffles along its length.
     实验段采用壳管式换热器模型,沿长度方向用三块折流板将管束分成四个冲刷流程。
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  shell heat exchanger
The general formalism is applied to a typical distributed system based on a tube-and-shell heat exchanger.
      
The syngas is cleaned by a cyclone, cooled by a tube-in-shell heat exchanger, and tar and water removed by a coalescing liquid separator.
      
The first part of this user guide covers tube and shell heat exchanger calculations.
      
The calandria is essentially a tube and shell heat exchanger.
      
In addition, since the coil-in-shell heat exchanger is shorter, water densities over much of the height H are lower than in the other heat exchangers.
      


This paper describes the first land-based Ocean Thermal Energy Conversion (OTEC) powerplant built in the Republic of Nauru. R-22(fluorocarbon) is employed as a working fluid in the closed-cycle (Ranking) powerplant which produces approximately 100kw of gross power for the averaging 20℃ of seawater temperature differences. The powerplant adopts shell heat exchanger and tube heat exchanger. The overall hea t transferring coefficients are quite high. The paper also discusses the turbine used in...

This paper describes the first land-based Ocean Thermal Energy Conversion (OTEC) powerplant built in the Republic of Nauru. R-22(fluorocarbon) is employed as a working fluid in the closed-cycle (Ranking) powerplant which produces approximately 100kw of gross power for the averaging 20℃ of seawater temperature differences. The powerplant adopts shell heat exchanger and tube heat exchanger. The overall hea t transferring coefficients are quite high. The paper also discusses the turbine used in the powerplant. The net output from the powerplantis 15kw and it is transmitted to the national electric grids of the Republic of Nauru. Many world's records and valuable data for future commercial OTEC plants were obtained from various corroborating tests. The realization of the commercial OTEC has shown a bright future.

本文描述了世界上第一座陆上式海水温差电站的一些结果。电站被按装在瑙鲁共和国海岸。R—22被用作闭式循环电站的工质。对于平均海水温差为20℃时,可产生大约为100千瓦的总电功率。电站采用壳管式换热器,总传热系数较高。文中也讨论了海水温差电站用的透平。电站的净出力为15千瓦并且输送到瑙鲁共和国电力网。从实验电厂的各种试验中得到许多世界性的记录以及许多有价值的数据。海水温差电站的商用化时期即将到来。

The characteristics of heat transfer and flow resistance of tube and shell heat exchanger with spirally fluted tube bundles (as enhancement heat transfer tubes), in which air,the heat-transfer medium, flows parallel to the bundles,are studied,and the comparison of the characteristics of heat transfer is made between the above exchanger and the one with segmental baffle. The results show that the total heat transfer coefficient of the former is 48% higher than that of latter...

The characteristics of heat transfer and flow resistance of tube and shell heat exchanger with spirally fluted tube bundles (as enhancement heat transfer tubes), in which air,the heat-transfer medium, flows parallel to the bundles,are studied,and the comparison of the characteristics of heat transfer is made between the above exchanger and the one with segmental baffle. The results show that the total heat transfer coefficient of the former is 48% higher than that of latter and the heat transfer area is 32.4% less than that of the latter.

以螺旋槽管为强化传热管,以空气为传热介质,研究了管壳式换热器壳程以气体纵向冲刷为特点的传热与流阻性能,并在相同的实验条件下,与弓形隔板管壳式换热器的传热性能加以比较,结果表明,螺旋槽管管壳式换热器可比普通弓形隔板管壳式换热器提高总传热系数48%,节省传热面积32.4%。

Abstract The paper reports an experimental studies on the flow resistance of airwaier two phase flow across tube bundles in horizontal tube shell type heat exchangers.A tube shell heat exchanger model was used to serve as the test section,devided into four crossing paths by three baffles along its length.The frictional resistace and local drag were measured while a two phase flow,entering at end, swept over the tube bundles. Analytical studies were simultaneously conducted on flow models and satisfactory...

Abstract The paper reports an experimental studies on the flow resistance of airwaier two phase flow across tube bundles in horizontal tube shell type heat exchangers.A tube shell heat exchanger model was used to serve as the test section,devided into four crossing paths by three baffles along its length.The frictional resistace and local drag were measured while a two phase flow,entering at end, swept over the tube bundles. Analytical studies were simultaneously conducted on flow models and satisfactory correlative formulas were obtained.

本文对水平布置的、壳管式换热器中的气液两相流冲刷管束时的流动阻力进行了实验研究。实验段采用壳管式换热器模型,沿长度方向用三块折流板将管束分成四个冲刷流程。当气液两相流从一端进入并冲刷管束时,分别测量摩擦阻力和局部阻力,并用分相流动模型进行分析,得到良好的计算关联式。图6参9

 
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