A dynamic experimental apparatus to measure the instantaneous velocity and pressure in the multi-bypass pulse tube refrigerator (MPTR) was designed and constructed. Some theortant experimental results of the instantan...A dynamic experimental apparatus to measure the instantaneous velocity and pressure in the multi-bypass pulse tube refrigerator (MPTR) was designed and constructed. Some theortant experimental results of the instantaneous measurements of the velocity and the pressure in the MPTR with two-bypass tubes during actual operation are presented. The effects of the middle-bypass version on the dynamic pressure and mass flow rate at the cold end of the pulse tube are evaluated from experimental measurements.DC-flow phenomena are observed in this MPTR. The reasons of the multi-bypass version improved the performance of pulse tube refrigerator are given.展开更多
We designed and constructed a dynamic experimental apparatus to measure the instantaneous velocity and pressure in the multi-bypass pulse tube refrigerator with two-bypass tube. DC-flow phenomena are observed from exp...We designed and constructed a dynamic experimental apparatus to measure the instantaneous velocity and pressure in the multi-bypass pulse tube refrigerator with two-bypass tube. DC-flow phenomena are observed from experimental results. The reasons of multibypass version improved the performance of pulse tube refrigerator were given.展开更多
A dynamic experimelltal apparatus to measure the instantaneous velocity and pres-sure in the pulse tube refrigerator has been presenced. DC-flow rate airs evaluated from experimental measuremellts. The DC-flow is a ki...A dynamic experimelltal apparatus to measure the instantaneous velocity and pres-sure in the pulse tube refrigerator has been presenced. DC-flow rate airs evaluated from experimental measuremellts. The DC-flow is a kind of losses for pulse tube refrigerator.The reasons of multi-bypass version improved the performance of pulse tube refrigerator are given.展开更多
文摘A dynamic experimental apparatus to measure the instantaneous velocity and pressure in the multi-bypass pulse tube refrigerator (MPTR) was designed and constructed. Some theortant experimental results of the instantaneous measurements of the velocity and the pressure in the MPTR with two-bypass tubes during actual operation are presented. The effects of the middle-bypass version on the dynamic pressure and mass flow rate at the cold end of the pulse tube are evaluated from experimental measurements.DC-flow phenomena are observed in this MPTR. The reasons of the multi-bypass version improved the performance of pulse tube refrigerator are given.
文摘We designed and constructed a dynamic experimental apparatus to measure the instantaneous velocity and pressure in the multi-bypass pulse tube refrigerator with two-bypass tube. DC-flow phenomena are observed from experimental results. The reasons of multibypass version improved the performance of pulse tube refrigerator were given.
文摘A dynamic experimelltal apparatus to measure the instantaneous velocity and pres-sure in the pulse tube refrigerator has been presenced. DC-flow rate airs evaluated from experimental measuremellts. The DC-flow is a kind of losses for pulse tube refrigerator.The reasons of multi-bypass version improved the performance of pulse tube refrigerator are given.