求翻译,问题补充里的翻译,急.翻译是有关换热器的.Introducing Compact plate-Gbbed heat exchangers was received the widespread occurrence in the modem heat power systems (cooling systems in ship and automobile engineering, air c

求翻译,问题补充里的翻译,急.翻译是有关换热器的.Introducing Compact plate-Gbbed heat exchangers was received the widespread occurrence in the modem heat power systems (cooling systems in ship and automobile engineering, air c
求翻译,问题补充里的翻译,急.翻译是有关换热器的.
Introducing
Compact plate-Gbbed heat exchangers was received the widespread occurrence in the modem heat power systems (cooling systems in ship and automobile engineering, air conditioning systems). It is connected to their apparent virtues by a relative simplicity of manufacturing, high specific compactness, reliability and implicity at exploitation. In the literature to the present moment the great many of materials on lamina-ribbed used in compact heat exchangers is accumulated, as well as its methods of hydraulic and thermal calculations [1-3]:At the same time at development and designing of heat exchangers for concrete heat power systems there :is a problem of optimization of their design under the definite requirements, which are flowing out from the working conditions. In particular, the greatest value for an industry there is the problems of reliability, resource of activity and' simplicity of exploitation. However literature contains restricted quantity of materials dedicated development of complex techniques of calculation, designing and optimization of a design of such heat exchangers.
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求翻译,问题补充里的翻译,急.翻译是有关换热器的.Introducing Compact plate-Gbbed heat exchangers was received the widespread occurrence in the modem heat power systems (cooling systems in ship and automobile engineering, air c
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简介
plate-Gbbed紧凑型换热器目前广泛应用于现代电力系统中（船舶、汽车等工程冷却系统，空调系统）。它的显著优点是制造相对简单，结构紧凑，稳定的可靠性和开发性。目前文献中记载最多使用材料是使用罗纹箔片应用于紧凑型热交换器，其水力热力计算方法为[1-3]：同时，在开发和设计的换热器的时候,优化热力系统的输出条件必须满足。特别的，最有价值的行业要具备解决问题的可靠性，良好活动资源和简单...

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简介
plate-Gbbed紧凑型换热器目前广泛应用于现代电力系统中（船舶、汽车等工程冷却系统，空调系统）。它的显著优点是制造相对简单，结构紧凑，稳定的可靠性和开发性。目前文献中记载最多使用材料是使用罗纹箔片应用于紧凑型热交换器，其水力热力计算方法为[1-3]：同时，在开发和设计的换热器的时候,优化热力系统的输出条件必须满足。特别的，最有价值的行业要具备解决问题的可靠性，良好活动资源和简单的开发前景。然而文献中所介绍的设计和优化设计换热器的方式都使用的是专用材料,并且需要复杂的开发和计算技术.

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介绍
plate-gbbed紧凑换热器收到普遍发生在现代电力系统（冷却系统在船舶、汽车等工程，空调系统）。它是连接到其明显的优点相对简单的制造，高具体紧凑，可靠性和隐式开发。文献中目前的多种材料lamina-ribbed用于紧凑型热交换器的积累，以及其水力热力计算方法[1]：在同一时间在发展和设计的换热器热动力系统有：混凝土是一个优化问题的设计下明确的要求，这是流出的工作条件。特别是，最有...

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介绍
plate-gbbed紧凑换热器收到普遍发生在现代电力系统（冷却系统在船舶、汽车等工程，空调系统）。它是连接到其明显的优点相对简单的制造，高具体紧凑，可靠性和隐式开发。文献中目前的多种材料lamina-ribbed用于紧凑型热交换器的积累，以及其水力热力计算方法[1]：在同一时间在发展和设计的换热器热动力系统有：混凝土是一个优化问题的设计下明确的要求，这是流出的工作条件。特别是，最有价值的行业有问题的可靠性，活动资源和简单的开发。然而文献中包含的限制数量的专用材料开发复杂的计算技术，设计和优化设计的热交换器。

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