The objectives of the present work is describes the analysis, design and an experimental working model of two stage pulse tube refrigerator. By using the Experiment set-up cooling Behavior of the refrigeration system and refrigeration power have been investigate. A minimum temperature of 233.1K at 15.36 W refrigeration power achieved by this two stage pulse tube refrigerator with the system pressure of 7 bar (Abs) and operating frequency of 2.Hz. The 1st stage cold head reaches a lowest temperature of 255.4 K after 220 min and the 2nd stage cold head attains 233.4 K after about 200 min.

"/> Analysis, Cryocooler, Pulse tube, Regenerator

"/> The objectives of the present work is describes the analysis, design and an experimental working model of two stage pulse tube refrigerator. By using the Experiment set-up cooling Behavior of the refrigeration system and refrigeration power have been investigate. A minimum temperature of 233.1K at 15.36 W refrigeration power achieved by this two stage pulse tube refrigerator with the system pressure of 7 bar (Abs) and operating frequency of 2.Hz. The 1st stage cold head reaches a lowest temperature of 255.4 K after 220 min and the 2nd stage cold head attains 233.4 K after about 200 min.

"/> The objectives of the present work is describes the analysis, design and an experimental working model of two stage pulse tube refrigerator. By using the Experiment set-up cooling Behavior of the refrigeration system and refrigeration power have been investigate. A minimum temperature of 233.1K at 15.36 W refrigeration power achieved by this two stage pulse tube refrigerator with the system pressure of 7 bar (Abs) and operating frequency of 2.Hz. The 1st stage cold head reaches a lowest temperature of 255.4 K after 220 min and the 2nd stage cold head attains 233.4 K after about 200 min.

"/> The objectives of the present work is describes the analysis, design and an experimental working model of two stage pulse tube refrigerator. By using the Experiment set-up cooling Behavior of the refrigeration system and refrigeration power have been investigate. A minimum temperature of 233.1K at 15.36 W refrigeration power achieved by this two stage pulse tube refrigerator with the system pressure of 7 bar (Abs) and operating frequency of 2.Hz. The 1st stage cold head reaches a lowest temperature of 255.4 K after 220 min and the 2nd stage cold head attains 233.4 K after about 200 min.

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Call for Paper - Upcoming Issues

Design and an Experimental Investigation of Two Stage Pulse Tube Refrigerator

International Journal of Mechanical Engineering
© 2014 by SSRG - IJME Journal
Volume 1 Issue 4
Year of Publication : 2014
Authors : Akshat Agrawal, Abhishek Soni
10.14445/23488360/IJME-V1I4P102
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How to Cite?

Akshat Agrawal, Abhishek Soni, "Design and an Experimental Investigation of Two Stage Pulse Tube Refrigerator," SSRG International Journal of Mechanical Engineering, vol. 1,  no. 4, pp. 8-10, 2014. Crossref, https://doi.org/10.14445/23488360/IJME-V1I4P102

Abstract:

The objectives of the present work is describes the analysis, design and an experimental working model of two stage pulse tube refrigerator. By using the Experiment set-up cooling Behavior of the refrigeration system and refrigeration power have been investigate. A minimum temperature of 233.1K at 15.36 W refrigeration power achieved by this two stage pulse tube refrigerator with the system pressure of 7 bar (Abs) and operating frequency of 2.Hz. The 1st stage cold head reaches a lowest temperature of 255.4 K after 220 min and the 2nd stage cold head attains 233.4 K after about 200 min.

Keywords:

Analysis, Cryocooler, Pulse tube, Regenerator

References:

[1]    Kasthurirengan, G. srinivasa, G.K.Karthik and K.A.Shafi ,Experimental and theoretical studies of two stage pulse tube refrigerator operating down to 3 K, International journal of heat and mass transfer 52 (p), 986-995.
[2]    Y.L.Ju and L.Wang, On the numerical design of new type of 4 K GM/PT Hybrid Refrigerators, cryogenics, Vol.42 2002 p.533S.
[3]    K.A.Shafi, N.K.Mohammed and B.Upendra, Investigation of a two stage pulse tube cryocooler operating dowen to 2.5 K, p1255-1260
[4]    Balkrushna.A.Shah, Design, analysis And experimental investigation of basic Pulse tube refrigerators M.E.Dessertation Report, MED, L.D.college of engineering.