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1·Superheating phenomenon is also discovered.

发现过热现象的存在。

2·As shown by calculation, for binary cycle, superheating system is not preferred.

计算结果表明，对双工质循环采用过热系统是不可取的。

3·Superheating of steam while maintaining the temperature over a range of boiler operating conditions.

在大的操作范围内继续维持正常的蒸汽过热度。

4·Analysis is made on the formation of the engine superheating and on the common factors that influence it.

对发动机过热的原因进行了系统分析，指出引起过热的主要原因和常见的影响因素。

5·In large scale melting pro-ess, superheating often occurs, but chondrodite forms only in a small quantity.

大吨位的熔制，过热现象是普遍存在的，但不会形成大量粒硅镁石。

6·In this paper the superheating and vaporization process which occurs in upwards flow of heating liquid in a vertical tube is studied.

本文研究了受热液体在垂直管内向上流动时的过热汽化过程。

7·It revealed that alternating stress in long time cause the bolt fatigue failure, meanwhile the failure process was also effected by superheating steam.

认为主要原因是螺栓在长期服役中受交变应力引起疲劳失效所致。过热蒸汽介质对疲劳失效有影响。

8·The effect of melt-superheating treatment at different temperatures on the nitrogen-absorption behavior of the nickel-base superalloy M963 was investigated.

研究了不同温度的熔体过热处理对m 96 3合金吸氮行为的影响。

9·Meanwhile, F108 was initially designed without HPSSH in convection section, and the saturated vapor generated was sent to vapor superheating furnace for superheating.

同时，最初设计时F108炉对流段无超高压蒸汽过热段（HPSSH），其产生的饱和蒸汽送到蒸汽过热炉进行过热。

10·The grain refinement mechanisms of undercooled DZ125 superalloy melt were systematically investigated by the method of molten salt purification combined with cycled superheating.

采用熔盐净化剂与循环过热相结合的方法，对DZ125高温合金晶粒细化机制进行了系统研究。

过热

1·The undercooled DZ125 superalloy was investigated by the method of glass and molten salt purification combined with cycled superheating, the mechanism of purification by compound salt was discussed.

采用自制净化剂和循环过热相结合的办法，研究了不同净化剂对DZ125高温合金的净化效果，探讨了复合熔盐的净化机理。

2·As shown by calculation, for binary cycle, superheating system is not preferred.

计算结果表明，对双工质循环采用过热系统是不可取的。

3·It revealed that alternating stress in long time cause the bolt fatigue failure, meanwhile the failure process was also effected by superheating steam.

认为主要原因是螺栓在长期服役中受交变应力引起疲劳失效所致。过热蒸汽介质对疲劳失效有影响。

4·The grain refinement mechanisms of undercooled DZ125 superalloy melt were systematically investigated by the method of molten salt purification combined with cycled superheating.

采用熔盐净化剂与循环过热相结合的方法，对DZ125高温合金晶粒细化机制进行了系统研究。

5·During welding metallurgic process, re compound with surface energy separated out previously from superheating melted metal, and acted as the crystallizing nucleus of compound carbides.

具有高能表面的稀土化合物质点，在焊接冶金过程中领先析出于过热液相内，充当了包裹式碳化物颗粒的非自发晶核核心。

(1)degree of superheat过热度；过热程度