1. In addition , the regenerator and the orifice are the main components where exergy losses exist.

2. Regenerator is a crucial component in the liquid desiccant air conditioning system.

3. Cooling coils are introduced into the regenerator to control the temperature and remove the excess heat.

4. A multilayer regenerator was pro- posed to decrease the loss. Three - dimension CFD model was used to simulate the Srrling thermoacoustic engine with large pressure amplitude.

5. This paper introduces a kind of pulse tube regenerator, which can recover part of the lost acoustic power, and then analyzes it in two aspects:acoustic power recovery and phase angle adjustment.

6. Slagging capacity of regenerator has direct influences on the quality of circulating wash oil and consumption of wash oil.

7. It is pointed out the ceramics alveolate regenerator life improvement is improved and its damage problem should be resolved.

8. And an all-optical regenerator design scheme for quadrature phase-shift keying(QPSK) and differential quadrature phase-shift keying(DQPSK) signals was investigated through numerical simulations.

9. This paper makes research on internal mechanism of regenerator from the view of entropy. The quantitative relation between the loss and the entropy increase is first derived.

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10. Increase of efficiency of regenerator can powerfully decrease energy consumption of tank furnace.

11. Matching characteristics among linear compressor, regenerator, pulse tube and inertance tube have large impact on the performance of high frequency pulse tube cryocooler.

12. New technology is limited due to the structure feature of regenerator and reactor, during the refine of small catalytic cracking unit.

13. This power, or fluid catalyst, is continuously circulated between the reactor and the regenerator, using air, oil vapor, and steam as the conveying media.

14. The simulation with simple harmonic analysis on the performance of a regenerator was carried out.

15. Bacing on the thermobalance principle and against the wide used monocanal and up-right regenerator, the author has built up a mathematical mould of temperature field within regenerator.

16. The displacement relationship of different gas parcels was obtained. It was proved that the thermal efficiency of an ideal regenerator equals to Carnot efficiency.

17. This article introduces the use and effect of air honeycomb regenerator at B shuttle of tunnel furnace 1810 product line of Tanggang steel company.

18. External catalyst cooler is located between hot oil pump room, regenerator and catalyst tank, very difficult to be hoisted.

19. The causes of failure of the U-type catalyst cooler in regenerator of FCCU were analyzed with optical microscope and scanning electron microscope.

20. The high efficiency stripping technology could reduce the coke yield of FCC process and the load of regenerator, which is significant in economy.

21. It can be used properly by adding a new designed regenerator in an existing simple cycle gas turbine to make this gas turbine system reach an optimal performance.

22. An experimental study on a two-stage G-M refrigerator operating in the liquid helium temperature region with the cold regenerator outside of the displacer has been studied.