应用热力学的英文

• applied thermodynamics

• "应用"英文翻译    apply; use; application; app ...
• "热力学"英文翻译    thermodynamics
• "热力学的, 使用热动力的" 英文翻译 :    thermodynamic
• "热力学" 英文翻译 :    [物理学] thermodynamics
• "专用热力喷燃器" 英文翻译 :    special chambering burner
• "表面热力学" 英文翻译 :    surface thermodynamics
• "材料热力学" 英文翻译 :    thermodynamics of materials
• "超热力学" 英文翻译 :    extrathermodynamics
• "超热力学法" 英文翻译 :    extrathermodynamic approach
• "磁热力学" 英文翻译 :    magnetothermodynamics
• "磁性热力学" 英文翻译 :    magnetothermodynamics
• "大气热力学" 英文翻译 :    atmospheric thermodynamics
• "电化热力学" 英文翻译 :    electrochemical thermodynamics
• "反应热力学" 英文翻译 :    thermodynamics of reactions
• "高温热力学" 英文翻译 :    high-temperaturethermodynamics
• "工程热力学" 英文翻译 :    engineering thermodynamics
• "古典热力学" 英文翻译 :    classical thermodynamics
• "固体热力学" 英文翻译 :    thermodynamics of solids
• "光热力学" 英文翻译 :    opto-thermodynamics
• "海洋热力学" 英文翻译 :    marine thermodynamics
• "核热力学" 英文翻译 :    nuclear thermodynamics; thermodynamics of the nucleus
• "合金热力学" 英文翻译 :    thermodynamics of alloys
• "黑体 (热力学)" 英文翻译 :    black body
• "宏观热力学" 英文翻译 :    macroscopic thermodynamics
• "化工热力学" 英文翻译 :    chemical engineering thermodynamics

• Well , you know , my concentration is applied thermodynamics ,
  嗯,你知道吗我的课题是应用热力学
• The basic thermodynamic theory was introduced to calculate the gibbs function changes of mg - si - 0 system and was used to discuss the process of synthesizing the mg2si powder
  本文应用热力学理论对mg _ 2si制备过程进行了讨论，并探讨了固相反应进行的可能性及工艺制度的确立。
• This thesis used the theory of thermodynamics to analyze the exchanges of quantities of heat and calculated some formulas of the using time when cool down . the result can give a reference value for practical operation
  本文应用热力学原理，对液货舱预冷过程中的热交换进行了理论分析和计算，推导了液货舱的预冷时间的计算公式，对于装货的生产过程有一定的参考价值。
• The essence of photocatalysis should be the conversion and storage of solar energy . the character of photocatalytic should be electron transformation . and the theory mode was raised hi this paper , the transformation of light - induced - electrons formed two
  而后，又应用热力学和电化学理论对该理论模型进行了详细的分析，推导出公式( 6一3一19 ) ，说明了光能一电势能一化学能转化的具体过程和关系。
• At first , basic thermodynamic theories were introduced to calculate the gibbs function changes of mg - si - o - c system , which was an effective tool for verifying the variation of composition during the solid - state reaction process . the possibility of the occurrence for solid - state reaction was discussed
  论文应用热力学理论对mg - si基热电化合物固相反应过程中涉及的mg - si - o - c体系进行了热力学计算，探讨了固相反应发生的可能性及工艺制度对材料组成、性能的影响。
• Based on the comparative analysis of two available heat system plan , the paper selects the water - water heat pump system plan . after a series of character analysis , design calculation ; the style of compressor including media choosing and its circle dynamic calculation for the thermodynamic system is determined . besides this , based on some basic measure of thermodynamic analysis , the heat pump coefficient of performance is discussed ; the exergy analysis for the water - water heat plan is conducted ; the calculation formula of heat pump exergy efficiency is derived ; an optimal model for heat pump together with thermal machine is established and the main exchanger equipment in heat pump system including its resistance calculation is designed in details
  本文通过对两种系统方案进行比较分析，确定了水环热泵系统的基本方案，经过定性分析和设计计算，进行了压缩机的选型、工质的选择、热力系统的循环计算等基本设计，同时应用热力学分析的一些基本方法，讨论了如何评价热泵系统的性能系数，并对电厂循环水余热回收热泵系统进行了(火用)分析，得到了热泵过程(火用)效率的计算公式，建立了热泵?热机联合机组优化模型，还对热泵系统的主要换热设备进行了详细的结构设计和阻力计算，最后对热泵系统进行了技术经济分析和评价。
• ( 2 ) calculation of the combustion parameters the combustion parameters of hmx , rdx , hns - i and b / kno _ ( 3 ) were calculated with vlwr code . the thermodynamic function of boron oxide was fitted by method of the least square to janaf thermo - chemical table , and their coefficients were determined
  ( 2 )炸药及点火药燃烧性能参数计算应用热力学程序vlwr计算hmx 、 rdx 、 hns -及点火药b kno _ 3的燃烧性能参数及燃烧平衡产物组成，得到了与密闭爆发器实验相近的燃烧性能参数。
• 2 . parameters which are sensitive to engine speed and load are selected according to static state calculation results , then making a map in which the parameters change with engine speed and load . adding a vehicle part to simulate external load to engine , adding control part to simulate driver action such as gear number change , acceleration pedal and clutch position , so we can update the static state simulation model to a transient one
  首先应用热力学仿真软件gt - power建立发动机的稳态模拟计算模型,通过发动机稳态试验测量的数据对模型校准,进而建立发动机瞬变模拟计算模型,将模型与整车模型联合,计算发动机在整车瞬变加速状态下各种参数的变化情况,结合整车试验测量数据,对影响整车加速性的关键参数加以分析,同时校正整车模型,最终通过模型对改进方案进行预测,找出最佳的整车加速性解决方案,并进行试验验证。