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temperature swing
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  气温振幅
     The wind speed in woodland is less 30%~50% than field, the temperature swing is less ±1.5~3.1℃,the evaporation is less 5%~20%,but the air relative humility is more 2%~5%.
     林区内的风速较旷野降低30%~50%,气温振幅减少±1.5~3.1℃,空气相对湿度可提高2%~5%,蒸发量降低5%~20%。
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  “temperature swing”译为未确定词的双语例句
     The simultaneous purification of tar,naphthalene,H_2S,organic sulfur,NH_3,HCN and benzene can be achieved by temperature swing adsorption,which is low in investment and operating cost and has been used successfully in industrial production.
     采用变温吸附法同时净化焦炉煤气中的焦油、萘、H2S、有机硫、NH3、HCN和苯,其投资和运行成本都很低,并已在工业应用中取得成功。
短句来源
     Moreover,the influence of temperature swing adsorption (TSA) > pressure swing adsorption(PSA) desorption by low pressure water vapour to adsorption and desorption was researched.
     研究了变温吸附(TSA)、变压吸附(PSA)、低压水蒸汽脱附三种工艺对吸附、脱附效果的影响。
短句来源
     When the adsorption was carried out in room temperature, the best range of desorptive temperature was 120-140 ℃ The results by temperature swing tests showed that the SO2 concentration in the tail gasfrom the adsorptive——desorptive processes was provided for better conditionof recovery sulphur.
     在常温吸附时,最佳脱附温度范围为120~140℃,用变温流程试验表明,在重复吸附—脱附过程中,从吸附柱排出的尾气内含SO_2浓度值可达35%。
短句来源
     According to the principle of cryogenic temperature swing adsorption, this article points out that this method is par ticularly appropriate for the production of super high-purity hydrogen, and can be applied economically, under some conditions, in the electronic industry.
     本文根据低温变温吸附法制取高纯氢的原理和特点力图说明其特别适合于制取超高纯氢,并认为运用于电子工业在一定条件下是可能的和经济的。
短句来源
     This paper describes the analytical method using gas -chromatography for systems of temperature swing extraction with n-dodecane ,1,3.5-trimethyl benzene and tri-ethylene glycol.
     本文描述了变温革取法用三甘醇分离正十二烷和1,3,5—三甲苯时样品的气相色谱分析方法。
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  相似匹配句对
     ON TEMPERATURE
     谈谈温度
短句来源
     T is temperature, ℃.
     T为温度,℃。
短句来源
     Swing.
     Swing.
短句来源
     PRODUCTION OF HIGH-PURITY HYDROGEN BY CRYOGENIC TEMPERATURE SWING ADSORPTION
     用低温变温吸附法制取高纯氢
短句来源
     Purification and Separation of Stack gas Containing Sulfur by Temperature Swing
     变温吸附法对含硫烟气的净化与分离
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  temperature swing
The effect of radial heat transfer on temperature swing adsorption (TSA) was studied by using an air-drying TSA experiment.
      
Effect of heat transfer on the transient dynamics of temperature swing adsorption process
      
Further study to improve RSEC by employing temperature swing is being made.
      
For this purpose, the VOCs are concentrated in a temperature swing adsorption (TSA) device.
      
The new sorbent can also be fully regenerated by the temperature swing.
      
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High-purity and super high-purity hydrogen have been applied in the electronic industry extensively. According to the principle of cryogenic temperature swing adsorption, this article points out that this method is par ticularly appropriate for the production of super high-purity hydrogen, and can be applied economically, under some conditions, in the electronic industry. Furthermore, this article analyses the conditions required to rising the purity of hydrogen, and introduces some operational experiences....

High-purity and super high-purity hydrogen have been applied in the electronic industry extensively. According to the principle of cryogenic temperature swing adsorption, this article points out that this method is par ticularly appropriate for the production of super high-purity hydrogen, and can be applied economically, under some conditions, in the electronic industry. Furthermore, this article analyses the conditions required to rising the purity of hydrogen, and introduces some operational experiences.

高纯氢和超高纯氢已在电子工业中获得日益广泛的应用。本文根据低温变温吸附法制取高纯氢的原理和特点力图说明其特别适合于制取超高纯氢,并认为运用于电子工业在一定条件下是可能的和经济的。文章分析了提高氢气纯度的条件,还介绍了若干操作经验。

Regenerative characteristics for manufacture of desulfurizing substance from Datong bitumen coal were studied. The results showed that regenerative characteristics of desulfurizing substance were stable. Through repeatable regenerative tests in five time, the SO2 adsorptive capacity was identity basically. When the adsorption was carried out in room temperature, the best range of desorptive temperature was 120-140 ℃ The results by temperature swing tests showed that the SO2 concentration in the tail gasfrom...

Regenerative characteristics for manufacture of desulfurizing substance from Datong bitumen coal were studied. The results showed that regenerative characteristics of desulfurizing substance were stable. Through repeatable regenerative tests in five time, the SO2 adsorptive capacity was identity basically. When the adsorption was carried out in room temperature, the best range of desorptive temperature was 120-140 ℃ The results by temperature swing tests showed that the SO2 concentration in the tail gasfrom the adsorptive——desorptive processes was provided for better conditionof recovery sulphur.

研究了以大同烟煤为原料制取的脱硫剂的再生性能。结果表明,这种脱硫剂的再生性能稳定,经5次重复再生试验,对SO_2的吸附量基本恒定。在常温吸附时,最佳脱附温度范围为120~140℃,用变温流程试验表明,在重复吸附—脱附过程中,从吸附柱排出的尾气内含SO_2浓度值可达35%。

This paper proposes a two-dimension numerical analysis model ofunsteady heat transfer for the combustion chamber of a ceramic engineunder instantaneous convection and radiation boundary conditions.In themodel the axisymmetric FEM is used to solve unsteady heat conduction ofthe combustion chamber components,and instantaneous convection and radi-ation boundary conditions are obtained by engine cycle simulation model.The model can be used to predict temperature swing distribution of thecombusion chamber surface...

This paper proposes a two-dimension numerical analysis model ofunsteady heat transfer for the combustion chamber of a ceramic engineunder instantaneous convection and radiation boundary conditions.In themodel the axisymmetric FEM is used to solve unsteady heat conduction ofthe combustion chamber components,and instantaneous convection and radi-ation boundary conditions are obtained by engine cycle simulation model.The model can be used to predict temperature swing distribution of thecombusion chamber surface of the ceramic engine,instantaneous tempera-ture field and heat flux.In the paper the effect of the ceramic coatingthickness and the engine speed on temperature swing phenomena is discussed.With the piston and the liner as an example,instantaneous heat transferprocesses in the ceramic combustion chamber are presented.

本文提出了一个在瞬态对流和热辐射边界条件下,陶瓷发动机燃烧室不稳定传热二维数值分析模型。其中,燃烧室零件的不稳定热传导采用了轴对称有限(?)法,瞬态对流和热辐射边界条件由发动机循环模拟模型得到。该模型可以用来预测陶瓷燃烧室表面薄层的温度波分布、瞬态温度场以及瞬态热流分布等。本文还讨论了陶瓷镀层厚度和发功机转速对温度波动现象的影响,并以活塞和缸套为例,介绍了在陶瓷燃烧室内所发生的瞬态传热过程。

 
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