Pressure drop reduction phenomenon of slush nitrogen flow in a horizontal pipe

Cryogenics

Volumn 51, Issue 7, 2011, Pages 389-396

  Ohira, Katsuhide ^a  

^a TOHOKU UNIVERSITY   (Japan)

Author keywords

Hydrogen energy; Pressure drop reduction; Slush hydrogen; Slush nitrogen; Two phase flow

Indexed keywords

EMPIRICAL CORRELATIONS; EXPERIMENTAL TEST; FRICTION FACTORS; FRICTIONAL PRESSURE DROPS; HIGH SPEED VIDEO CAMERAS; HIGH TEMPERATURE SUPERCONDUCTING; HORIZONTAL PIPES; HYDROGEN ENERGY; INNER DIAMETERS; LIQUID STATE; PIV METHOD; PRESSURE DROP CORRELATION; PRIMARY OBJECTIVE; REFRIGERANT CAPACITY; SLUSH HYDROGEN; SLUSH NITROGEN; SOLID FRACTION; SOLID PARTICLES;

FLOW PATTERNS; FRICTION; FUEL STORAGE; HIGH TEMPERATURE SUPERCONDUCTORS; HYDROGEN; HYDROGEN STORAGE; LIQUIDS; NITROGEN; PIPE; PRESSURE DROP; REFRIGERANTS; REYNOLDS NUMBER; VIDEO CAMERAS;

TWO PHASE FLOW;

EID: 79957442323     PISSN: 00112275     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.cryogenics.2011.04.001     Document Type: Article

References (22)

1. K. Ohira Liquid and slush hydrogen: its application and technology development Teion Kogaku 41 2 2006 61 72 [in Japanese]
2. K. Ohira, K. Nakamichi, and H. Furumoto Experimental study on magnetic refrigeration operating at the temperature of 20 K Adv Cryo Eng 45 2000 1747 1754
3. K. Ohira Laminar film condensation heat transfer of hydrogen and nitrogen inside a vertical tube Heat Transfer Asian Res 30 2001 542 560 (Pubitemid 33122385)
4. K. Ohira Study of production technology for slush hydrogen Adv Cryo Eng 49 2004 56 63
5. K. Ohira Study of nucleate boiling heat transfer to slush hydrogen and slush nitrogen Heat Transfer Asian Res 32 2003 13 28 (Pubitemid 36209828)
6. K. Ohira, and K. Nakamichi Development of a high-accuracy capacitance-type densimeter for slush hydrogen JSME Int J Ser B 43 2000 162 170 (Pubitemid 30485933)
7. K. Ohira, K. Nakamichi, and Y. Kihara Study on the development of a capacitance-type flowmeter for slush hydrogen Cryogenics 43 2003 607 613
8. K. Ohira, K. Nakamichi, and Y. Kihara Development of a microwave-type densimeter for slush hydrogen Cryogenics 43 2003 615 620
9. K. Ohira, K. Nakamichi, and Y. Kihara Development of a waveguide-type flowmeter using microwave method for slush hydrogen JSME Int J Ser B 69 2005 114 121 (Pubitemid 40578830)
10. K. Ohira Development of density and mass flow rate measurement technologies for slush hydrogen Cryogenics 44 2004 59 68
11. C.F. Sindt, and P.R. Ludtke Slush hydrogen flow characteristics and solid fraction upgrading Adv Cryo Eng 15 1970 382 390
12. K. Matsuo, M. Ikeuchi, A. Machida, and K. Yasuda Fundamental study of the pipe flow characteristics of slush nitrogen Teion Kogaku 39 2004 475 482 [in Japanese]
13. A. Einstein Eine neue Bestimmung der Molekueldimensionen Ann Phys 19 1906 289 306
14. Y. Mori, and S. Ototake Viscosity of the suspensions Kagaku Kogaku 20 1956 488 493 [in Japanese]
15. C. Orr Jr., and J.M. Dallavalle Heat-transfer properties of liquid-solid suspensions Chem Eng Prog Symp Ser 50 1954 29 45
16. V. Vand Viscosity of solutions and suspensions J Phys Colloid Chem 52 1948 277 321
17. M. Mooney The viscosity of a concentrated suspension of spherical particles J Colloid Sci 6 1951 162 170
18. H.C. Brinkman The viscosity of concentrated suspensions and solutions J Chem Phys 20 1952 571
19. R.F. Barron Cryogenic heat transfer 1999 Taylor and Francis Philadelphia p. 200-6
20. K. Ohira, and Y. Mukai Numerical study of cryogenic slush fluid flowing in a pipe Abstr CSJ Conf 81 2009 59 [in Japanese]
21. H. Inaba New challenge in advanced thermal energy transportation using functionally thermal fluids Int J Therm Sci 39 2000 991 1003
22. K. Nakagomi, K. Takahashi, and K. Ohira Thermo-fluid characteristics and flow patterns of slush nitrogen flow in a horizontal pipe Abstr CSJ Conf 82 2010 207 [in Japanese]