The new type of all-welded plate & shell heat exchanger combining the advantages of plate, shell & pipe heat exchanger has been applied in industry and shipbuilding.

近年来，集板式、壳管式换热器优点于一体的新一代板壳式换热器在工业、船舶行业有了一定程度的应用。

The use of general plate heat exchanger is limited due to high temperature, pressure environment and erodent medium.

普通板式换热器在高温、高压和腐蚀介质等情况下的使用受到了限制。

The preheating method includes heat-pipe exchanger, tubular heat exchanger, plate heat exchanger, heat medium exchanger and regenerative hot stove.

预热法包括用热管换热器、管式换热器、板式换热器、热媒式换热器和蓄热式热风炉。

The results showed that compared to conventional smooth segment baffle heat exchanger, the plate heat exchanger(PHE) can effectively strengthen the film heat transfer coefficient of the shell side.

研究结果表明，与传统的光滑管弓形隔板换热器相比，板式换热器能非常有效地强化空气侧的膜传热系数。

Finally, it showed that the plate heat - exchanger was better than the screw plate heat - exchanger, by analyzing both characteristics.

通过分析板式换热器的特点，得出板式换热器优于螺旋板式换热器的结论。

Plate air-cooled cooler is a new kind of coolers that combines the merits of both plate heat exchanger and air-cooled heat exchanger.

板式空冷器是一种将板式换热器与空冷式换热器的优点结合的新型空冷器。

The calculation for the tube plate thickness of heat exchanger is complex in normal design.

而在换热器设计过程中，管板厚度设计计算比较复杂。

Design and heat transfer characteristic of new plate heat exchanger.

新板型板式换热器的研究。

Spiral-plate heat exchanger is a kind of high efficient heat exchanger device which is applicable to vapor-vapor, vapor - liquid, liquid – liquid heat transfer to liquid.

螺旋板式换热器是一种高效换热器设备，适用汽—汽、汽—液、液—液，对液传热。

The difference of heat transfer calculation between spiral plate heat exchanger and single shell and tube heat exchange is discussed in the article.

本文讨论了在传热计算中螺旋板换热器与单壳程、单管程列管式换热器的差异。

A new type of plate heat exchanger using low-pressure secondary steam was introduced in this article.

介绍了一种能利用低压二次蒸汽的新型板式换热器在味精厂的应用。

Some experimental investigations were made of the heat transfer performance and resistant drop characteristics of the temp plate heat exchanger.

研究一种新型高效型板换热器，对型板换热器的传热特性及阻力降性能等进行了实验研究。

The heat transfer characteristics of flowing granular waved plate heat exchanger under vibration condition are investigated.

研究了波面板换热器在振动情况下的传热特性。

Plate heat exchanger is applied in refrigerating system widely with the features of high efficiency and compact.

板式换热器在制冷系统中得到了广泛的应用，它具有高效、紧凑等优点。

The results obtained provide a theoretical basis for the development and application of strengthening the heat transfer of granular media flowing in the corrugated plate heat exchanger.

这些研究结果为粉粒体波面板换热器强化传热的研究与开发提供了理论基础。

Heat transfer mechanism, structure and its fabrication of spiral plate heat exchanger are introduced. Its application in converter is described.

介绍螺旋板式换热器的传热机理、结构和制造工艺，列举了该换热器在合成塔中的应用。

The application of plate heat exchanger in heavy water system gives good experience for future research reactor design.

板式换热器在重水系统中的应用对研究堆的设计具有一定的参考价值。

Flow fields were simulated by mathematical software between two corrugated plates in a chevron-type plate heat exchanger.

应用数值计算软件对人字形波纹板式换热器内板片间的流场进行了模拟。

A kind of plate ventilation heat exchanger was developed and the performance of the heat exchanger was investigated by experiment with air as medium.

本文提出了一种自行加工设计的用于空调余热回收的通风换热器，并对该换热器的性能进行了实验研究。

The manifold types of welded plate type heat exchanger and its application are recommended.

介绍了多种类型的焊接板式换热器及其应用情况。

The paper introduces the main characteristics, choice conditions, basic principle and its successful application of plate heat exchanger.

介绍了板式换热器的主要特点、选型条件、基本原理及其在生产中的成功应用情况。

A calculation method is presented for heat transfer and flow resistance of a spiral plate heat exchanger for the gas-liquid.

提出了螺旋板式换热器用于气-液热交换时的流动阻力以及传热设计的计算方法。

According to customer needs and timely maintenance for all types of customers plate heat exchanger.

根据客户需要，并能及时为客户维修各类板式换热器。

The energy saving of the application of the plate heat exchanger with some practical cases was introduced.

本文结合工程实例对板式换热器应用在三甘醇脱水装置中的节能效果进行了介绍。

The regulation mode of variable flow heat-supply system where the plate heat exchanger is used as heat exchange device in substation is discussed.

探讨了采用板式换热器作为热力站换热设备的变流量供热系统的调节方式。

Establishes the physical and mathematical model of plate solution heat exchanger.

以板式溶液热交换器为例，建立物理数学模型。

The stress corrosion which will be possible happen in welded plate heat exchanger was principally analyzed and preventive measures for them were given.

分析了全焊接板式换热器发生应力腐蚀的原因，提出了相关的防护措施。

The article introduces the heat recovery project and its running effect for the TMP plant effluent using the plate heat exchanger.

介绍了采用板式热交换器对tmp制浆车间的排放污水进行热能回收的实施方案及其运行效果。

By chemical composition analysis, SEM and other analytical methods, the cause of cracking of plate heat exchanger was investigated.

采用化学成分分析、电镜扫描等方法，对出现裂纹的换热器板片样品进行了逐项分析。

Based on the technology requirements of potassium nitrate production and the properties of materials, a plate heat exchanger was designed for cooling and heat exchange.

根据生产硝酸钾工艺要求与物料特性，设计了用于冷却换热的板式换热器。