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1)  coupling forces between dynamic and thermodynamic fields
热动力耦合强迫
2)  baroclinic coupling forces between dynamic and thermodynamic fields
斜压热动力耦合强迫
1.
By using of NCEP/NCAR reanalysis data and surface observation precipitation data, thermodynamic features of the rainfall during 2—8 September 2004 is analyzed and the occurrence and maintenance of heavy rain excited by barotropic non-equilibrium force and baroclinic coupling forces between dynamic and thermodynamic fields is diagnosed.
利用NCEP/NCAR再分析资料,结合地面降水观测资料,对2004年9月2-8日川渝大暴雨过程中的动、热力条件特征等进行天气学分析,并对大气正压非平衡强迫、斜压热动力耦合强迫在暴雨发生发展维持过程中的作用进行动力诊断。
3)  coupled-forced vibration
耦合强迫振动
1.
The dynamic mesh technology of CFD is used to simulate the coupled-forced vibration and detached-forced vibration of the segmental model, and 2-D segmental model’s eight flutter derivatives and 3-D segmental model’s eighteen flutter derivatives are identified thr.
文中提出了一种新的节段模型颤振导数识别方法—耦合强迫振动识别法,并采用CFD的动网格技术来仿真机翼节段模型的分状态强迫振动和耦合强迫振动,通过数值计算节段模型上的颤振自激力,成功的识别出二自由度机翼节段模型的八个颤振导数和三自由度机翼节段模型的十八个颤振导数,并分析了强迫振动识别法中的振幅、频率以及空气粘性等因素对颤振导数识别结果的影响。
4)  dynamic/thermodynamic forcing
动力-热力强迫
5)  thermal forcing
热力强迫
1.
Many factors have impact on local circulation such as surface friction,topography,thermal forcing and so on.
进而用动力学分析观点结合图形分析,定性讨论了热力强迫作用对局地环流的扰动作用,以及加热影响下各物理扰动场的空间分布及时间演变特征。
2.
For the barotropic potential vorticity equation (named the barotropic model) on a β-plane channel its solution is a stationary, wave-like pattern under a certain thermal forcing, while a quasi-periodic oscillation between two essential flow patterns appears if north-south thermal heating and wave-like topography are added as the .
在南北两端为齐次边界条件时,单纯的热力强迫下只出现了波状定常解;在只有经向加热和波状地形共同强迫下出现了在两种基本流型之间振荡的准周期解,十分类似于旋转地球上大气运动的纬向和经向流型之间的准周期循环,前者对应于强的西风环流,后者对应于弱西风流型。
3.
Dynamic and numerical methods are used to discuss the atmospheric response imposed by SST thermal forcing.
用动力分析和数值计算的方法讨论了大气对海温热力强迫的响应。
6)  Coupling reaction between thermodynamics and dynamics
热动力耦合
补充资料:热耦合精馏塔控制
分子式:
CAS号:

性质:多个精馏塔串联操作时,上一塔蒸汽可以做为下一塔热源,以便热量回收利用。首先要求上一塔的塔顶温度高于下一塔提供大部分能量,同时可自行压入下一塔再沸器,这种流程称为精馏塔的热耦合系统。热耦合精馏塔控制即为控制各塔操作状态以稳定热耦合操作。

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