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气体成分
- 现在的热物理行业或者相关的专业经常需要计算干湿气体的物性参数，因此我们专业中做了这个-the thermal physics or related industry professionals often need to calculate the dry gas physical parameters, we professionals do this
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- 通过对烟气、空气和水蒸汽的物性参数进行拟合，直接采用烟气、蒸汽侧对流传热系数公式计算对流换热系数，进一步实现锅炉对流受热面的传热系数类库编制，从而可以不再采用传统的查图求取的方法，提高计算的精度和效率。-of flue gas, air and water vapor from the fitting parameters and directly adopt smoke, steam side of the convective he
气体成分
- 现在的热物理行业或者相关的专业经常需要计算干湿气体的物性参数，因此我们专业中做了这个-the thermal physics or related industry professionals often need to calculate the dry gas physical parameters, we professionals do this
ttdfadf
- 通过对烟气、空气和水蒸汽的物性参数进行拟合，直接采用烟气、蒸汽侧对流传热系数公式计算对流换热系数，进一步实现锅炉对流受热面的传热系数类库编制，从而可以不再采用传统的查图求取的方法，提高计算的精度和效率。-of flue gas, air and water vapor from the fitting parameters and directly adopt smoke, steam side of the convective he
BWRSCalculator
- 采用BWRS方程计算天然气物性参数，如定压比热、定容比热、比焓、压缩因子等。-bwrs natural gas equation parameter values, such as density, compressibility factor, enthalpy and entropy values
Computeraircharacter
- 计算干空气的物性参数,如比热容，密度，运动粘度等-Computer air character，for example cp,p,v.
diedaifa
- 利用迭代法对每段的物性参数和压力降分别进行计算，从而计算垂直井筒中压力分布，并得出了物性参数压力降等随井深的变化规律-Iterative method, one important physical parameters and pressure drop were calculated to estimate the vertical wellbore pressure distribution, and obtained physi
propety-viscosity-and-conductivity
- 水和水蒸汽物性参数的准确计算对核动力系统热工水力特性模拟是必不可少的．基于 IAPWS-IF97标准,开发了求解热物性参数(压力、热力学温度、比热容、比焓、比熵、比内能、比定压热客、比定容热容)、输运物性参数(导热系数、动力粘度)和表面张力的程序-Water and steam accurate calculation of physical parameters on the thermal hydraulic characteris
JR_model
- 砂泥岩模型生成器，给定砂岩和泥岩厚度，及各个物性参数，自动生砂泥岩在各个深度点的物性值-Sand and shale model generator, given the thickness of sandstone and mudstone, and various physical parameters, automatically generated deep sand and shale points in all materi
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- 低温高速动静压轴承气液两相润滑氧介质物性参数获取.-Low-temperature high-speed gas-liquid two-phase hydrodynamic lubrication bearing medium physical parameters for oxygen.
Non-linear-quadratic-programming
- 描述底层流体和岩性特征，为储层的进一步识别提供更多的物性参数-Describe the properties of subsurface fluid and lithology,and perfectly retrived for further analysis even on the SNR was low
canshu
- fluent关于水和水蒸气的物性参数的udf，包括蒸汽的密度，水和水蒸汽的比容，导热系数和热传导系数-fluent-about the Physical parameters of the water and vapor
AVO
- AVO（Amplitude Versus Offset,振幅随偏移距的变化）技术用于研究地震反射振幅随炮点与接收器之间的距离即炮检距（或入射角）的变化特征来探讨反射系数响应随炮检距（或入射角）的变化, 进而确定反射界面上覆、下伏介质的岩性特征及物性参数。借助AVO 分析，地球物理学家可以更好地评估油气藏岩石属性，包括孔隙度、密度、岩性与流体含量。-AVO (Amplitude Versus Offset, amplitude varia
crack_KTB
- 岩石物理建模的程序，在弹性参数与物性参数关机，以及横波速度估算等领域可以应用-Rock physics modeling procedures, shut down in the elastic parameters and material parameters, and the shear wave velocity estimation can be applied to the field
crack_Hudson
- 岩石物理模型建模的另一种方法，同样可以翻译弹性参数与物性参数间的关系。-Another method of rock physics modeling, the same can translation parameters and physical parameters of elastic
XSteam
- 本程序为水蒸气物性参数函数源代码。通过它可以方便的进行常用的热力计算。-This program is a function of the physical parameters of water vapor source code. Can easily be used to calculate the heat through it.
user-vis
- FLUENT 物性计算源程序 对液态金属物性参数的定义(FLUENT Physical computing source program)
viscosity
- fluent 液态金属物性参数定义UDF(definiting the physical parameters of liquid metal in Fluent with UDF)
satu-tempature udf
- 用C语言将相变温度-压力曲线写入udf，用于fluent中自定义函数功能，添加于物性参数。(Phase Transition Temperature-Pressure Curve)
油藏工程软件包算法说明（储层流体物性参数计算）
- 油藏工程软件包算法说明（储层流体物性参数计算）(Reservoir engineering software package algorithm descr iption (calculation of reservoir fluid physical parameters))