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Fusion Technology Volume 21, 1992 - Issue 3P2B: Proceedings of the Tenth Topical Meeting on The Technology Of Fusion Energy Boston, Massachusetts, June 7–12, 1992
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Material and Tritium

Characteristics of the ‘Cryogenic-Wall’ Thermal Diffusion Column for Separation of Hydrogen Isotopes

A. MatsumotoTritium Engineering Laboratory JapanAtomic EnergyResearch Institute Tokai-mura, Ibaraki-ken, 319-11 Japan 81-292-82-6390
,
T. YamanishiTritium Engineering Laboratory JapanAtomic EnergyResearch Institute Tokai-mura, Ibaraki-ken, 319-11 Japan 81-292-82-6390
,
K. OkunoTritium Engineering Laboratory JapanAtomic EnergyResearch Institute Tokai-mura, Ibaraki-ken, 319-11 Japan 81-292-82-6390
&
Y. NaruseTritium Engineering Laboratory JapanAtomic EnergyResearch Institute Tokai-mura, Ibaraki-ken, 319-11 Japan 81-292-82-6390
Pages 1959-1963 | Published online: 10 Aug 2017

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Ho-Ming Yeh & Ching-Chun Hsu. (2011) Deuterium Recovery from H-D Gas Mixture by Thermal Diffusion in the Device of Branch Columns for Improved Performance. Separation Science and Technology 46:12, pages 1878-1886.
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Tadaaki Arita, Toshihiko Yamanishi, Yasunori Iwai, Masataka Nishi & Ichiro Yamamoto. (2002) Experimental Study for Parameters Affecting Separation Factor of Cryogenic Wall Thermal Diffusion Column. Fusion Science and Technology 41:3P2, pages 1116-1120.
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BorisM. Andreev, AlexeyV. Kruglov & YgorL. Selivanenko. (1995) Continuous Isotope Separation in Systems with Solid Phase. I. Gas-Phase Separation of Isotopes of the Light Elements. Separation Science and Technology 30:16, pages 3211-3227.
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Articles from other publishers (17)

Chii-Dong Ho, Chun-Hao Chien & Ching-Chun Hsu. (2015) The theoretical study of the deuterium enrichment of H-D gas mixture in continuous-type thermal-diffusion columns. Progress in Nuclear Energy 83, pages 152-158.
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Ching-Chun Hsu & Ho-Ming Yeh. (2014) Improvement in deuterium recovery from water–isotope mixture by thermal diffusion in the device of branch columns. Fusion Engineering and Design 89:11, pages 2635-2641.
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Ho-Ming Yeh & Ching-Chun Hsu. (2012) Deuterium recovery from H – D gas mixture by thermal diffusion in a multi-column device with column heights increased at a constant ratio. Progress in Nuclear Energy 59, pages 26-32.
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Ho-Ming Yeh & Ching Chun Hsu. (2012) The optimal number of thermal diffusion columns for deuterium recovery from H–D gas mixture in the countercurrent-flow Frazier scheme with the total sum of column heights fixed. Progress in Nuclear Energy 59, pages 1-5.
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Ho-Ming Yeh & Ching-Chun Hsu. (2012) Effect of the column number on deuterium recovery from H–D gas mixture in the forward-flow Frazier scheme of thermal-diffusion columns with the total sum of column heights fixed. Progress in Nuclear Energy 54:1, pages 41-45.
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Ho-Ming Yeh & Ching Chun Hsu. (2011) Recovery of deuterium from H–D gas mixture by thermal diffusion in the Frazier scheme. Progress in Nuclear Energy 53:6, pages 645-650.
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Ho-Ming Yeh & Ching-Chun Hsu. (2010) Separation of deuterium from H–D gas mixture by thermal diffusion in the devices of multi concentric-tube columns with total sum of column heights fixed. Journal of Nuclear Materials 406:3, pages 317-322.
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Ho-Ming Yeh. (2010) Recovery of deuterium from H–D gas mixture by thermal diffusion in a multi-concentric-tube column device of fixed total sum of column heights with transverse sampling streams. Nuclear Engineering and Design 240:10, pages 2872-2876.
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Ho-Ming Yeh & Kuan-Yu Chen. (2010) Improvement in deuterium recovery from water–isotopes mixture by thermal diffusion in the concentric-tube device of branch columns. Progress in Nuclear Energy 52:7, pages 628-633.
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Ho-Ming Yeh. (2010) Recovery of deuterium from water–isotope mixture by thermal diffusion in countercurrent-flow flat-plate Frazier scheme with optimum plate spacing. Progress in Nuclear Energy 52:5, pages 443-448.
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Ho-Ming Yeh. (2009) Recovery of deuterium from the separation of H–D gas mixture in concentric-tube thermal diffusion columns with transverse sampling streams. Fusion Engineering and Design 84:12, pages 2174-2177.
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Ho-Ming Yeh. (2009) Theory of recovery of deuterium from water–isotopes mixture in spiral wired thermal diffusion columns of the Frazier scheme. Nuclear Engineering and Design 239:11, pages 2265-2271.
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Ho-Ming Yeh. (2009) Numerical model for separation of H–D gas mixture in batch-type concentric-tube thermal diffusion columns. Fusion Engineering and Design 84:1, pages 43-48.
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Ho-Ming Yeh. (2008) Estimation of deuterium recovery from H–D gas mixture by thermal diffusion. Journal of Nuclear Materials 377:3, pages 423-426.
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Ho-Ming Yeh. (2008) Deuterium recovery from water–isotope mixture by thermal diffusion in countercurrent-flow Frazier scheme inclined for improved performance. Fusion Engineering and Design 83:4, pages 613-619.
Crossref
T. Arita, T. Yamanishi, K. Okuno & I. Yamamoto. (1998) Experimental study of separative characteristics of cryogenic-wall thermal diffusion column for H–D and H–T mixtures. Fusion Engineering and Design 39-40, pages 1021-1026.
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K. OKUNO, Y. MATUDA, S. KONISHI, T. YAMANISHI, T. HAYASHI & Y. NARUSE. 1993. Fusion Technology 1992. Fusion Technology 1992 1196 1200 .

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