交换系数的英文

• austausch coefficient
• coefficient of crossing over
• coefficient of exchange
• exchange coefficient
• fraction exchange
• interchange coefficients
• switching coefficient

• "交换"英文翻译    exchange; swap; interchange; ...
• "系数"英文翻译    coefficient; ratio; modulus; ...
• "热交换系数" 英文翻译 :    heat exchange coefficient; heat-exchange system
• "空气交换系数" 英文翻译 :    air change coefficient
• "气体交换系数" 英文翻译 :    gas exchange quotient
• "水平交换系数" 英文翻译 :    horizontal exchange coefficient
• "湍流交换系数" 英文翻译 :    turbulent exchange coefficient
• "相间交换系数" 英文翻译 :    interphase exchange coefficient
• "蒸气交换系数" 英文翻译 :    coefficient of vapour exchange
• "质量交换系数" 英文翻译 :    mass transfer coefficient; mass-transfer factor
• "对流热交换系数" 英文翻译 :    convective heat exchange coefficient
• "空气再生交换系数" 英文翻译 :    air regenerative exchange coefficient
• "包交换系统" 英文翻译 :    packet switching system
• "复交换系统" 英文翻译 :    multiple interchange stock
• "干交换系统" 英文翻译 :    dry exchange system
• "交换系列" 英文翻译 :    exchange hierarchy
• "交换系统" 英文翻译 :    clearing system; commutation system; exchange system; switched system; switching system
• "可交换系统" 英文翻译 :    commutative system
• "热交换系列" 英文翻译 :    heat exchange train
• "热交换系统" 英文翻译 :    heat exchange system
• "变换系数" 英文翻译 :    coefficient of transformation; conversion coefficient; ratio of transformation; shift factor; transformation coefficient; transformation ration
• "变换系数计" 英文翻译 :    transformation meter
• "互换系数" 英文翻译 :    interchange coefficient
• "内转换系数" 英文翻译 :    conversion ratio; internal conversion coefficient; internal-conversion coefficient
• "替换系数" 英文翻译 :    replacement coefficient

• For identical data difference interchange coefficients will be obtained .
  对同一数据来说，将得到了不同的交换系数。
• Horizontal exchange coefficient
  水平交换系数
• Mass transfer coefficient
  质量交换系数
• Gas exchange quotient
  气体交换系数
• In this research , through the test in geometric parameter and resistance performance , and comparison between random and other stacked packing , pvc screw thread oblique corrugated plate have more advantage . combined with test and theoretic calculate , determined the heat and mass transfer coefficient , obtained the influence relationship between inlet air flow rate , temperature and humidity , inlet liquid desiccate flow rate , temperature and concentration with outlet air humidity in dehumidifier , provided consideration for equipment design and production
  通过对除湿塔的现场测试并结合理论计算，确定其热质交换系数，并分析得出采用pvc螺纹斜波纹板填料的一定结构的除湿塔，处理空气的风量、入口温度和含湿量及除湿溶液流量、入口温度和浓度对空气出口含湿量的影响关系，为除湿设备的设计和指导生产运行提供参考。
• The calculation program using the matlab has been worked out to get the numerical solutions of the proposed models . the experiment has first been conducted in the laboratory to get the fundamentals thermal and moisture properties ( such as materials density , specific heat capacity and thermal conductivity ) and also the material moisture absorption isotherms of adobe building materials . the methods of measuring the surface mass transfer coefficient and material moisture content have been proposed
  首次对生土建筑材料物性参数进行了实验测试，得到了常用生土建筑材料的密度、比热和导热系数等参数值，得到了生土建筑围护结构的等温吸湿平衡曲线的拟合函数关系式；此外，研究了生土建筑围护结构表面质交换系数实验测定方法，探索了利用电阻率测量生土建筑围护的安洼筑科技人学博十学位论文结构内部含湿量的测试方法。
• Lewis relationship has been suggested to evaluate the surface mass transfer coefficient using the average surface convective transfer coefficient . in addition , a practical analytic technique for testing the surface mass transfer coefficient is proposed and the values of he surface mass transfer coefficient have been given for the particular desorption and absorption test and validated against lewis relationship results . indoor temperature and humidity evaluation equations of adobe buildings considering the moisture absorption and desorption by interior materials have been proposed based on the analysis of the indoor dynamic thermal and moisture process
  通过理论解析和实验测试定量地研究了生土建筑围护结构表面吸放湿效应，首次提出了以空气湿度( kg / kg )为驱动势差的围护结构表面吸放湿量计算公式，该公式较适用于工程计算，从而为使建筑湿环境研究成果逐步应用到建筑工程实践中奠定了理论基础和提供了简便算法；通过对国内外关于表面质交换系数确定方法的研究成果的分析，提出用lewis关系计算生土建筑围护结构表面质交换系数；在实验室环境下，对生土建筑围护结构表面质交换系数进行了测试方法研究，测试结果和利用lewis关系得到的数值较接近。
• The east china sea as a whole is consequently doomed to be a sink of atmospheric co2 . using the gas exchange coefficient calculated from the wanninkhof model ( wanninkhof , 1992 ) and the wind speed on spot , the net average annual carbon flux at the sea - atmosphere interface over the east china sea area is estimated to be about 523 104 tc . the sea absorbs
  应用v阳叮ni记thof ( 1992 )模式计算得到的气体交换系数和现场风速，初步估算出东海四季海一气界面碳的净通量，春季平均从大气吸收约32oxl了tc ，夏季吸收约377xlo4te ，秋季向大气排放约160 、 lo4te ，冬季排放约14 、 lo4te ，全年平均东海从大气吸收eoz约为523xlo4te 。
• In the tidal estuary , the current is complex , and the flow is oscillatory . some experiential formulation has presented to calculate the vertical turbulent mixing coefficient . on the base of analysis of the hydrodynamic in the estuary , the theoretical equation , which describes the distribution of the space and time of vertical turbulent exchange coefficient , has developed , the equation has applied to the practice
  潮汐河口水流呈往复振荡运动，本文在分析潮汐河口水动力特性基础上，考虑了惯性力及重力等项的影响，通过理论推导得到潮汐河口垂向紊动交换系数的空间分布及时间分布的计算公式，以及垂向平均紊动交换系数的时间分布的计算公式，并将其应用于潮汐河口的实际计算中。
• A transfer model is established , which can be used to study the interaction between the land surface physical processes of inhomogeneous region and the structure of atmosphere boundary - layer over urban and rural terrains . the model has simulated surface heat flux , surface temperature , temperature profiles , height of mixture layer and so on . and the differences between urban area , suburban area and rural area have been compared . this model mainly depends on the parameters below : surface albedo , surface roughness coefficient , moisture available coefficient of soil , thermal capacity and thermal diffusion coefficient of errain , cloudage . the result shows that this model can simulate the structure and eigenvalues of atmosphere boundary layer and their changes in a day . parameters used in this model aim at beijing city , and the time is at the beginning of september . to other cities , or other time , the parameters should be adjusted accordingly . in addition , being adjusted , the model can also be used for other homogeneous and inhomogeneous terrains
  模式主要依赖于以下参数和物理量：地面反照率下垫面粗糙度土壤的可含水量下垫面的热容量和热扩散系数云量等参数。结果表明，本模式能合理地模拟不同地表热量平衡地表气温混合层高度湍流交换系数湍流动能位温廓线等，以及它们的日变化。该模式所取参数主要针对北京市，时间为九月初，对于其他城市，参数应作相应的调整。

• 交换系数的日语：こうかんけいすう