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Surface Engineering Volume 26, 2010 - Issue 1-2: In memory of Tom Bell
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Articles

Low temperature thermochemical treatments: opening process window

T. StainesWall Colmonoy LtdAlloy Industrial Estate, Pontardawe, Swansea SA8 4HL, UK
Pages 97-102 | Published online: 19 Jul 2013

  • C. Dawes and D. F. Tranter: Nitriding non-alloy steel compo-nents’, Heat Treat. Met., 1980, 1, 1–4.
  • S. A. Plumb and A. M. Staines: ‘Low temperature thermochemical treatments — the state of the art’, Heat Treat. Met., 2003, 3, 55–60.
  • T. Bell: ‘Survey of the heat treatment of engineering components’, Code 164; 1973, London, The Iron and Steel Institute.
  • T. Bell and S. Y. Lee: ‘Gaseous atmospheric nitrocarburising’, Proc. Conf. Heat Treatment ‘73, London, UK, December 1975, The Metals Society, 99-108.
  • S. Y. Lee: MSc thesis, University of Liverpool, Liverpool, UK, 1972.
  • T. Bell: Terrific nitrocarburising’, Heat Treat. Met., 1975,2, 39–49.
  • T. Bell and D. H. Thomas: ‘Cyclic stressing of gas nitrocarburised low carbon steel’, Metall. Trans. A, 1979, 10A, 79–84.
  • D. H. Thomas: PhD thesis, University of Liverpool, Liverpool, UK, 1979.
  • E. Mitchell and C. Dawes: British Patent 1011580, 1961.
  • C. Dawes, D. F. Tranter and C. G. Smith: ‘Reappraisal of nitrocarburising and nitriding when Applied to the design and manufacture of non-alloy automobile components’, Proc. Conf. Heat Treatment ‘79, Birmingham, UK, May 1980, The Metals Society, 60-68.
  • C. Dawes, D. F. Tranter and C. G. Smith: ‘A re-appraisal of nitrocarburising and nitriding when Applied to the design and manufacture of non-alloy steel automobile components’, J. Heat Treat., 1979, 1, (2), 30–42.
  • S. A. Plumb: Personal communication, Nitrotec Services (TTI Group Ltd), Birmingham, UK, 2008.
  • C. Dawes and D. F. Tranter: `Nitrotec surface treatment technology’, Heat Treat. Met., 1985, 3, 70–76.
  • A. Wells: ‘The characterisation of the compound layers formed by ferritic nitrocarburising’, PhD thesis, University of Liverpool, Liverpool, UK, 1982.
  • A. Wells and T. Bell: ‘Structural control of the compound layers formed during ferritic nitrocarburising in methanol/ammonia atmospheres’, Heat Treat. Met., 1983, 2, 39–44.
  • J. Hadfield: ‘An investigation of the layers produced by plasma nitrocarburising’, MSc thesis, University of Birmingham, Birmingham, UK, 1986.
  • B. Edenhofer: ‘The use of continuous furnaces for gaseous nitrocarburising’, Heat Treat. Met., 1984, 4, 83–88.
  • T. Bell: ‘Gaseous and plasma nitrocarburising of steels’, in `ASM handbook’, Vol. 4, ‘Heat treating’, 425; 1991, Materials Park, OH, ASM International.
  • K. E. Thelning: ‘Steel and its heat treatment’; 1978, London, Butterworths.
  • B. Birch: MSc thesis, University of Liverpool, Liverpool, UK, 1976.
  • T. Bell, B. J. Birch, V. Korotchenko and S. P. Evan: ‘Controlled nitriding in ammonia—hydrogen mixtures’, Proc. Conf. Heat Treatment ‘73, London, UK, May 1975, The Metals Society, 51-57.
  • B. J. Lightfoot and D. H. Jack: Proc. Conf. Heat Treatment ‘73, London, UK, May 1973, The Metals Society, 6.
  • T. Bell: ‘Plasma heat-treatment of tooling for the plastics industry’, Plast. Rubber Process., 1976, 1, (4), 161–166.
  • A. M. Staines and T. Bell: ‘Plasma nitriding of high alloy steels’, in ‘Methods and media’; 1978, London, Institution of Metallurgists.
  • V. Korotchenko and T. Bell: ‘Applications of plasma nitriding in UK manufacturing industries, Heat Treat. Met., 1978, 4, 88–94.
  • T. Bell, A. M. Staines and N. L. Loh: `Thermochemical heat treatment in a plasma’, Neue Hutte, 1983, 28, 373–379.
  • B. Edenhofer: Heat Treat. Met., 1974, 1, 23-28; 1974, 2, 59-67.
  • F. Hombeck and T. Bell: ‘The environmentally harmless plasma thermochemical processes’, Surf Eng., 1991, 7, 45–52.
  • T. Bell and N. L. Loh: ‘The fatigue characteristics of plasma nitridied 3% Cr—Mo steel’, J. Heat Treat., 1982, 2, (3) 232–237.
  • N. L. Loh: PhD thesis, University of Liverpool, Liverpool, UK, 1980.
  • Z. L. Zhang and T. Bell: ‘Structure and corrosion resistance of plasma nitrided stainless steel’, Surf Eng., 1985, 1, (2), 131–136.
  • Y. Sun, T. Bell and G. Wood: ‘Wear behaviour of plasma-nitrided martensitic stainless steel’, Wear, 1994, 178, 131–138.
  • X. Li: ‘Characterisation of low temperature plasma nitrided austenitic stainless steels’, PhD thesis, University of Birmingham, Birmingham, UK, 1999.
  • Y. Sun, T. Bell, Z. Kolosvary and J. Flis: ‘The response of austenitic stainless steels to low temperature plasma nitriding’, in ‘Stainless steel 2000’, (ed. T. Bell and K. Akamatsus), 65-81; 2001, London, Maney Publishing.
  • A. M. Staines and S. Hart: ‘Industrial aspects of heat treatment in a glow discharge system’, Surf Eng., 1989, 5, (4), 285–291.
  • A. M. Staines: `Today’s processing options for nitriding — gaseous and plasma routes compared, Heat Treat. Met., 1996, 1, 1–6.
  • T. Bell, Z. L. Zhang, J. Lanagan and A. M. Staines: ‘Plasma nitriding treatments for enhanced wear and corrosion resistance’, in ‘Coatings and surface treatment for corrosion and wear resistance’, 164-177; 1984, Chichester, Ellis Horwood.
  • T. Bell, H. W. Bergmann, J. Lanagan, P. H. Morton and A. M. Staines: ‘Surface engineering of titanium with nitrogen’, Surf Eng., 1986, 2, (2), 133–143.
  • T. Bell and A. M. Staines: ‘A laboratory investigation of plasma carburising in hydrogen—methane mixtures’, High Temp. Technol, 1983, 1, (4), 209–214.
  • A. M. Staines, T. Bell and H. W. Bergmann: ‘Carbon mass transfer effects during plasma carburising’, in Proc. Conf. Heat Treatment ‘84, Book 312, 1-48; 1984, London, The Metals Society.
  • A. Czelusniak, C. D. Morawski and W. K. Liliental: ‘Automatic nitriding potential control in gas nitriding’, Proc. ASM Int. Heat Treating Conf.: ‘Equipment and processes’, Schaumberg, IL, USA, April 1994, ASM International, 449.
  • W. K. Liliental, C. D. Morawski and A. Czelusniak: Nitreg — controlled nitriding Applied in the automotive industry’, Proc. ASM Int. Heat Treating Conf.: ‘Equipment and processes’, Schaumberg, IL, USA, April 1994, ASM International, 331.
  • Y. Sun and T. Bell: ‘Modelling of plasma nitriding of low alloy steels’, Surf Eng., 1995, 11, (2), 146–148.
  • Y. Sun and T. Bel: ‘A numerical model of plasma nitriding of low alloy steels’, Mater. Sci. Eng. A, 1991, A140, 419-434.
  • Y. Sun, C. Newby, E. Strobach and T. Bell: ‘Nitrogen mass transfer during plasma nitriding’, Proc. 4th Int. Sem. IFHT, Beijing, China, September 1993, IFHT, 46-52.
  • T. Bell and A. Bloyce: Witriding laser treated titanium bearing low alloy steels’, in Proc. Conf. Heat Treatment ‘84; 1984, London, The Metals Society.
  • A. M. Staines and T. Bell: ‘Multiple surface treatments for low-alloy steels’, in ‘Engineering the surface’; 1986, London, The Institute of Metals.
  • Y. Sun: ‘Plasma nitriding and PVD ceramic coating of low-alloy steel’, PhD thesis, University of Birmingham, Birmingham, UK, 1989.
  • J. Georges: EP Patent 0872569A1, 1998.
  • X. Y. Li, N. Habibi, T. Bell and H. Dong: `Microstructural characteristics of a plasma carburized low carbon Co—Cr alloy’, Surf Eng., 2007, 23, 45–51.

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