| 1. | Thermodynamics of irreversible processes
不可逆过程热力学 |
| 2. | Time - independence of irreversible behaviors and stability of irreversible systems
时间无关不可逆过程及不可逆系统的稳定性 |
| 3. | For any irreversible process , the efficiency is less than that of the carnot cycle
任何不可逆过程中，效率是小于的卡诺循环。 |
| 4. | Change of entropy of engine in irreversible process only caring about heat resistance
仅考虑热阻时发动机不可逆过程中熵的变化 |
| 5. | It is an irreversible process and a dissipated structure with space - time match for petroleum migration and accumulation
摘要油气运聚是一个不可逆过程，也是一个时空有序的耗散结构。 |
| 6. | The article has expatiated the definition of the entropy function of thermodynamics , and discussed enough the irreversible process of entropy - transtion compute about the thermodynamics system
摘要阐述了热力学熵函数的定义，并对热力学系统的不可逆过程的熵变计算作了充分的讨论。 |
| 7. | The results of study show that contact problem of spiral bevel gears is an irreversible process . the initial clearance of contact curved surface , the contact point initialization of possible contact area and uncontact point deleting method are all affected calculating objective
研究表明，螺旋锥齿轮齿面接触问题的求解过程是复杂的不可逆过程，接触曲面的初始间隙量、可能接触点对的预置以及非接触点的删除都影响求解的结果。 |
| 8. | Presents the study on the cross - effect of heat and mass transfer of capillary porous media a . b . luikov set up on the irreversible thermodynamics principle with the theoretical solution of unsteady drying process given and its validity verified though experiments , and analyses using the mathematical model the influence of all factors on temperature and moisture distribution and the cross - effect of heat and mass transfer during drying processes
针对雷柯夫建立在不可逆过程热力学原理上的传热与传质方程组，着重研究毛细多孔介质内传热与传质过程中的交叉效应.得出了非稳态干燥过程的理论解，并通过实验验证了其正确性,利用该模型分析了干燥过程中各因素对内部温度场和湿度场的影响以及交叉效应在干燥过程中的作用 |
