isentropic in English
Because there is no heat flow, the entropy remains unchanged according to the second law of thermodynamics, so the adiabatic process is also isentropic .
Use "isentropic" in a sentence
1. For weak shock waves an isentropic equation is applicable.
2. 0:00:15 - Isentropic flow through a Converging nozzle (continued from last lecture)0:08:04 - Example: Isentropic flow through a Converging nozzle, unchoked f
3. Understand and grasp the basic characteristics of isentropic flow.
4. Grasp the concept of nozzle efficiency, isentropic stagnation and their calculation.
5. I1210 Isentropic surface Surface of constant entropy or of constant potential temperature.
6. The isentropic efficiency of the optimum design has 59 % higher than that of the reference design.
7. Then a non-symmetric and a isentropic plug-type rectangular nozzles flow and their jet plumes were analysed numerically.
8. In compressor theory, the terms Adiabatic (no heat transfer) and isentropic (constant entropy) are used interchangeably.
9. With isentropic ranges of efficiencies of up to 92%, our compressors achieve top results in international comparison!
10. Nowdays, isentropic loading is one of the important tools to be used in research for materials EOS.
11. The storm's inward absolute angular momentum transport by the mass circulation was maximized in the lower isentropic layers.
12. An adiabatic and reversible running state change is isentropic (entropy S remains the same as temperature T changes).
13. And the isentropic efficiency and the total pressure ratio decrease with increasing the scales of the tip clearance.
14. Two sets of analytical solutions of 1-D unsteady isentropic perfect gas flow with area change are given.
15. Numerical simulation of three-dimensional, steady, isentropic, non-symmetrical flow in rocket nozzles is completed using a bicharacteristic method.
16. In the ultra low-temperature geothermal power cycle, refrigeration and heating are provided by adiabatic isentropic compression of high-enthalpy, moist air.
17. An appropriate front lean angle increases the range of a centrifugal compressor, improves the flow and enhances the isentropic efficiency.
18. In this paper, the trajectory of particles and material line are calculated with the lagrangian method on an isentropic surface.
19. The assimilated O3 and N2O profiles and isentropic distributions are compared to ground-based measurements (LIDAR and balloon-sonde) and to maps of advected potential vorticity (APV).
20. The influence of liquid quantity carried out from the exit of expansion machine upon its isentropic efficiency is emphatically discussed in this paper.
21. Isentropic adiabatic expansion of the compressed dry air beneficially recovers most of the energy input required for compression and produces air cycle refrigeration.
22. To the next research of isentropic load and driven flyer plates, our work give the foundation of basic experiment technique and theory model.
23. A perfectly stirred reactor model was adopted for its combustion chamber; and the steady quasi-1D isentropic flow was used for the nozzle flow.
24. The basic data thus obtained could be used for the calculation of the isentropic efficiency in the expanding process of natural gas in refrigeration.
25. In this paper, it attempts to clarify some doubtful points existed currently which are related to detonation heat, isentropic equation and equation of state of detonation product.
26. The numerical simulation technique is used to investigating the isentropic Mach number distribution on the different swept height blade surfaces of a turbine last stage blades.
27. On the hypothesis of isentropic flow and quasi-steady flow, a model of gas parameters in the storage chamber is established by a method of the lumped parameters.
28. This article describe the numerical simulation for shock compression which is produced by layered flyers impacting target, in which the isentropic curve is calculated by recurrence method.
29. 26 In this paper, it attempts to clarify some doubtful points existed currently which are related to detonation heat, isentropic equation and equation of state of detonation product.
30. The two-dimensional, stationary, isentropic flow around wedges with large opening angles, at zero angle of attack in a parallel flow withM∞=1, is studied in the hodograph plane.
31. The superheat brings the temperature ratio (T2/T1) of the power output turbine into equality with the pressure ratio (P2/P1)(K-1)/K to effect a highly efficient and adiabatic isentropic expansion across the power output turbine.