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沉积热力学
相关语句
  deposition thermodynamics
     Effects of Deposition Conditions on Deposition Thermodynamics and Morphology of CVD-SiC
     沉积条件对CVD-SiC沉积热力学与形貌的影响
短句来源
     The change of the morphology of SiC deposition can be determined by the change of deposition thermodynamics of SiC with deposition conditions.
     SiC沉积热力学随沉积条件的改变决定了SiC沉积形貌的改变.
短句来源
  “沉积热力学”译为未确定词的双语例句
     THERMODYNAMIC MODEL OF PREDICTING WAX PRECIPITATION IN CONDENSATE-GAS SYSTEM
     预测凝析油气体系蜡沉积热力学模型
短句来源
     Thermodynamic Model for Prediction of Wax Precipitation in Gas Condensate Mixtures
     预测凝析油气体系蜡沉积热力学模型
短句来源
     Thermodynamics Analysis of Uranium's Chemical Species, Migration and Deposition in Groundwater of a Certain Place
     铀在特定场址地下水中存在和迁移形态研究及其沉积热力学分析
短句来源
     5. Based on investigation of convective heat and mass transfer of spout-fluidized bed, the thermodynamics and kinetics of Fe(CO)5 and Ti(OC4H9)4 was calculated.
     5.在对喷动流化反应器传质、传热性能研究的基础上,对该工艺中羰基铁和钛丁脂酸的沉积热力学和动力学做了初步计算;
短句来源
     All sorts of morphologies were accounted by using the principle of the nuclei-growth of crystals and the theory of thermodynamics of SiC deposition.
     应用晶体成核-长大理论和SiC沉积热力学理论,解释了SiC沉积的各种形貌.
短句来源
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  相似匹配句对
     The Thermodynamic Calculation of the Codeposition of Cr and Si
     同时沉积铬硅的热力学计算
短句来源
     THERMODYNAMIC MODEL OF PREDICTING WAX PRECIPITATION IN CONDENSATE-GAS SYSTEM
     预测凝析油气体系蜡沉积热力学模型
短句来源
     deltaic deposit.
     三角洲沉积
短句来源
     Thermodynamics in Microsystem
     微系统的热力学
短句来源
     WOODEN THERMODYNAMIC FUNCTION
     木材的热力学函数
短句来源
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According to the solidification model in the spray formed preform, thesolidification behavior of typical Al-Cu alloy is calculated and discussed. The resultshows that processing parameters such as deposition rate and spray temperature at deposi-tion, and material thermal physical properties such as surface heat transfer coefficienthave apparent effects on solidification process in preform. Under the same deposition ther-modynamic state just before the spray cone depositing on the surface of the preform,temperature...

According to the solidification model in the spray formed preform, thesolidification behavior of typical Al-Cu alloy is calculated and discussed. The resultshows that processing parameters such as deposition rate and spray temperature at deposi-tion, and material thermal physical properties such as surface heat transfer coefficienthave apparent effects on solidification process in preform. Under the same deposition ther-modynamic state just before the spray cone depositing on the surface of the preform,temperature of deposition surface varys significantly as the processing parameters and mate-rial thermal physical properties change.

根据已知的喷射沉积成形沉积体内的凝固模型,对典型的Al-Cu合金进行了计算分析.结果表明,工艺参数(如沉积速率和沉积时雾化锥的温度)和材料的热物性(如界面换热系数)对沉积体内的凝固过程有明显影响.在沉积热力学条件(沉积前雾化锥的热力学状态)相同的情况下,沉积表面的温度随工艺参数和材料热物性发生显著变化.

The thermodynamic and kinetics preciples of metal manganese produced by electrolysisare discussed. The conclusion obtained is in good agree with actual situation.

本文进行了金属锰电沉积的热力学和动力学分析.得出了与实验事实较吻合的结论。

According to the solidification model in the spray formed preform proposed in the first part of this study, the solidification behavior of typical Al-Cu alloy is calculated and discussed.The result shows that processing parameters such as deposition rate and spray temperature at deposition, and material thermal physical properties such as surface heat transfer coefficient have apparent effects on solidification process in preform. Under the same deposition thermodynamic conditions such as the thermodynamic state...

According to the solidification model in the spray formed preform proposed in the first part of this study, the solidification behavior of typical Al-Cu alloy is calculated and discussed.The result shows that processing parameters such as deposition rate and spray temperature at deposition, and material thermal physical properties such as surface heat transfer coefficient have apparent effects on solidification process in preform. Under the same deposition thermodynamic conditions such as the thermodynamic state of the sprat cone just before depositing on the surface of the preform, temperature of deposition surface will vary significantly as the processing parameters and material thermal physical properties change. Therefore the temperature of deposition surface should be taken as the major factor for spray processing control, and the formerly proposed principle for spray forming processing control should be reconsidered.

根据本文作者提出的喷射沉积成型沉积体内的凝固模型,对典型的Al-Cu合金进行了计算分析结果表明,工艺参数(如沉积速率和沉积时雾化锥的温度)和材料的热物性(如界面换热系数)对沉积体内的凝固过程有明显影响在沉积热力学条件(沉积前雾化锥的热力学状态)相同的情况下,沉积表面的温度随工艺参数和材料热物性发生显著变化所以,必须以沉积表面温度的变化作为工艺控制的参考、以往提出的以沉积前雾化锥热力学状态作为工艺控制标准的原则需要重新加以考虑

 
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