维里方程的英文

• virial equation

• "维"英文翻译    tie up; hold together; link
• "里"英文翻译    in; inside
• "方程"英文翻译    equation
• "伯努里方程" 英文翻译 :    bernoulli equation
• "维里状态方程" 英文翻译 :    virial equation of state
• "维里" 英文翻译 :    verey; verri; very; viiri; virial; virri; viry
• "德里方丹" 英文翻译 :    driefontein
• "杰-里方法" 英文翻译 :    jackson-rees method
• "普里方廷" 英文翻译 :    noel prefontaine
• "塞里方丹" 英文翻译 :    serifontaine
• "巴维里" 英文翻译 :    barbieri
• "德维里" 英文翻译 :    deviris
• "杜维里" 英文翻译 :    m. adil douiri
• "哈维里" 英文翻译 :    haveli
• "拉维里" 英文翻译 :    rawairi; rawiri
• "雷维里" 英文翻译 :    reverie
• "诺维里" 英文翻译 :    novelli
• "苏维里" 英文翻译 :    zubiri
• "维里奥" 英文翻译 :    viriot
• "维里察" 英文翻译 :    vyritsa
• "维里茨" 英文翻译 :    veritz
• "维里登" 英文翻译 :    viriden; wiriden
• "维里蒂" 英文翻译 :    verity
• "维里厄" 英文翻译 :    viirio; virieux
• "维里尔" 英文翻译 :    verrier; verrill

• 2 ) high - order virial equation
  2 )高次维里方程。
• 5 the fugacity coefficients , residual enthalpies and residual entropies of the pure fluids at low temperatures and high pressures were predicted with the general quintic virial equation
  10 。 5用上述通用五次维里方程预测了纯流体在低温高压下的逸度系数、剩余恰和剩余嫡。
• A new model , which is expand - corresponding - states form with 4 characteristic parameters , is built . the second and third virial coefficients of dry air , water vapor and humid air are determined
  在湿度0 w 1kg / kg ( a ) ,温度小于573 . 15k ,压力小于5mpa时,与ashrae用的多项式维里方程计算的偏差焓和偏差熵进行了比较,误差很小。
• The research mainly included following content : 1 based on the virial equation , some of the cubic equations of state in the literature were derived appoximately and strictly , respectively , and the parameters in some quasi - empirical cubic equations were also analyzed and interpreted
  本文的研究内容主要包括： 1以维里方程为基础，对文献中的一些立方型状态方程分别进行了近似的和严格的推导，对一些半经验立方型方程的参数进行了分析与解释。
• These deviations are not acceptable for typical calculations in hat . similar problems occur for caes plants . in order to meet the demands of engineering design , the humid air must be regarded as a kind of real gas and more accurate thermodynamic properties of the humid air are acquired at high temperature and high pressure
  本文针对新型热力循环中对高温高压湿空气热力学性质参数的需求,以湿空气透平和压缩空气蓄能系统中的工质为研究对象,在维里状态方程的框架下,运用对应态原理,提出一个适合计算高温高压湿空气热力学性质的对应态维里方程,并利用两种方法对湿空气的汽液相平衡进行计算。
• In order to promote the improvement and development of the equations of state for fluids and meet the different requests in thermodynamic calculation of geological fluids , the author made a systematic study on the theoretical bases of some cubic equations , as well as modifying some cubic equations , developing some virial equations for geological fluids composed of small molecules
  为了促进流体状态方程的改进和发展，同时也为了满足人们在地质流体热力学计算方面的多种要求，作者对立方型方程的理论基础进行了较系统的研究，同时发展了一系列能够适用于小分子地质流体的维里方程，并改进了文献中的几种立方型方程。
• Combined with the formerly fitted expressions of the second virial coefficient , some multi - parameter virial equations are proposed . among them , a quintic virial equation was chosen to predict the vapor - liquid equilibria of some very polar fluids , and the results are notably better than those of the usual cubic equations
  结合前面得到的第二维里系数拟合式，作者提出了几种多参数维里方程，并用其中的五次方程预测了一些强极性流体的汽液平衡，结果显著地优于常见的立方型方程。
• On the basis of virial state equation and the corresponding - states principle , a state equation of corresponding - states - virial is proposed to calculate thermodynamics properties of humid air , which is used as working substance in humid air turbine and compressed air energy storage ( caes ) system at high temperature and high pressure . the activity coefficient method and eos method are utilized to calculate the vapor - liquid equilibrium state of humid air . main contents of study listed as following : 1
  用本文提供的计算模型对干空气、水蒸汽和湿空气的第二、第三维里系数进行了计算,并与asher提供的维里系数进行比较; 3 .用本文提出的对应态维里方程,计算得到湿空气的压缩因子,湿度在0 w 1kg / kg ( a )的范围内时,与实验数据吻合较好。
• According to the parameter range of humid air used in humid air turbine and compressed air energy storage ( caes ) system , the applied range of thermodynamics properties of humid air is determined . 2 . based on virial state equation and the corresponding - state principle , expand - corresponding - state principle is introduced to describe the virial coefficients of state equation
  对应态理论是一个普适性理论,因此对应态维里方程具有一定的外推性,计算了本文提出湿空气热力学参数范围内的压缩因子; 4 .应用本文提出的对应态维里方程,计算了湿空气的偏差焓和偏差熵。

• 维里方程的日语：ビリアル方程式 ビリアルほうていしき