Location:
Search - SRK
Search list
Description: 文本框的编写程序，主要采用Delphi编写的程序，简单易懂，方便交流-text box procedures for the preparation, mainly prepared by the Delphi process, simple, convenient exchange
Platform: |
Size: 5764 |
Author: 地方发 |
Hits:
Description: 化工热力学计算，主要利用SRK方程计算混合气体组分逸度
Platform: |
Size: 1042 |
Author: Allen |
Hits:
Description: 文本框的编写程序，主要采用Delphi编写的程序，简单易懂，方便交流-text box procedures for the preparation, mainly prepared by the Delphi process, simple, convenient exchange
Platform: |
Size: 5120 |
Author: 地方发 |
Hits:
Description: 化工热力学计算，主要利用SRK方程计算混合气体组分逸度
Platform: |
Size: 1024 |
Author: Allen |
Hits:
Description: SRK-SRK.....................
Platform: |
Size: 1024 |
Author: xaogny |
Hits:
Description: 这段程序来对TPM模拟器芯片上的TSS协议栈进行测试，该程序实现以下操作：
创建上下文对象，创建TPM对象，载入SRK密钥，获取SRK的策略对象，设置SRK的策略授权，创建绑定密钥， 装载绑定密钥到UUID-TPM simulator on this program to the TSS stack on a chip testing, the program achieved the following: create a context object, create a TPM object, load the key SRK, SRK' s strategy to get the object, set the strategy SRK authorization to create binding key, load keys to the UUID binding
Platform: |
Size: 2048 |
Author: 吕林 |
Hits:
Description: 化工热力学SRK物性方法的VB实现,可以当成子程序用，主要用于化工方面的相平衡计算-Chemical thermodynamics SRK property method realized in the Visual basic
Platform: |
Size: 2048 |
Author: xiaoming |
Hits:
Description: 石油-天然气烃类饱和蒸汽压的计算 采用SRK状态方程 进行模拟-Oil- natural gas hydrocarbon saturated vapor pressure calculated using the SRK equation of state of the simulation
Platform: |
Size: 2048 |
Author: Duan |
Hits:
Description: 计算水合物生成条件的方法，采用SRK和BWRS方程计算天然气气体性质参数-The method of calculation of hydrate formation conditions of natural gas is calculated using equation parameters as SRK and BWRS
Platform: |
Size: 17408 |
Author: weinan |
Hits:
Description: Perform two phase equilibrium calculation with successive substitution method (SSM) for the below five-component system at 390K and selected pressure points (4.42, 5, 5.55 MPa) to determine vapor phase fraction, vapor/liquid phase composition and iteration numbers. Choose either PR or SRK Equation of State (EOS) as the thermodynamic model.
C2 C3 nC4 nC5 nC6
zi 0.39842 0.29313 0.20006 0.07143 0.03696
Platform: |
Size: 5120 |
Author: Shuailiu
|
Hits: