期刊信息——英国《HEAT TREATMENT OF METALS》Vol.31,2004年第4期目录

最后一期

由于在阿斯顿大学的Wolfson热处理中心于2004年12月31日即将关闭，本期出版的《HEAT TREATMENT OF METALS》将是最后一期。

内容

1、A.J.Hick, 31年来热处理会议通知记录（1974、1-2004、4）,p77-86

2、31年来《HEAT TREATMENT OF METALS》期刊文章的分类索引，p87-97

其中与淬火相关文章索引如下:
[1] The theory and practice of sub-zero treatment of metals R.G.Bowes 1974.1/29-32.
[2] The use of polymer quenchants for aluminium alloy heat treatment N.R.Suttie 1979,1/19-21.
[3] Testing of quenching media J.J.Lakin 1979.3/59-62.
[4] Quenching in vacuum furnaces T.W.Ruffle and E.R.Byrnes 1979.4/81-87.
[5] The mechanics of press quenching G.Hewitt 1979.4/88-91.
[6] Using nitrogen-based atmospheres and polymer quenchants for the continuous heat treatment of fasteners H.W.Boulter 1979.4/93-96.
[7] The role of hardenability in the choice of a quenching system W.T.Cook 1980.4/83-87.
[8] Practical experience with polymer quenchant in sealed quench furnaces used for carburising J.Robertshaw and R.T.von Bergen 1981.1/13/16.
[9] The use of polymer quenchants in surface heat treatments J.J.Lakin 1982.3/73-76.
[10] The use of polymer quenchants for the patenting of highcarbon steels wire and rod K.J.Mason and T.Griffin 1982.3/77-83.
[11] The Wolfson Engineering Group quench test - scope and interpretation of results D.Close 1984.1/1-6.
[12] The development of improved additives for quenching oils using laboratory simulations A.Bashford and A.J.Mills 1984.1/9-14.
[13] User experience of hot oil quenching J.M.Hampshire 1984.1/15-20.
[14] Quench oil recovery B.R.Horton and R.Weetman 1984.2/49-51.
[15] A pump agitation system for assessing the cooling characteristice of quenthants N.A.Hilder 1985.3/63-68.
[16] Modern quenching oils: an over view T.W.Dicken 1986.1/6-8.
[17] Monitoring of quench media in the production heat treatment shop W.Hewiter 1986.1/9-14.
[18] Polymer quenchants — a review N.A.Hilder 1986.1/15-26.
[19] Salt bath quenching — a review C.Skidmore 1986.2/34-38.
[20] Quenching in fluidised beds P.Scmmer 1986.2/39-44.
[21] Applications of high-pressure gas quenching in vacuum heat treatment furnaces F.Bless and J.W.Bouwman 1986.4/95-98.
[22] The effect Of agitation On the quenching characteristics of oil and polymer quenchants K.J.Mason and I.Capewell 1986.4/99-103.
[23] The behaviour of polymer quenchants N.A.Hilder 1987.2/31-46.
[24] Procedure for quenching media selection to maximise tensile properties and minimise distortion in aluminium-alloy parts C.E.Bates and G.E.Totten 1988.4/89-97.
[25] The Control and monitoring of polymer quenchant systems R.T.von Bergen 1991.2/37-42.
[26] Quench severity effects on the as-quenched hardness of selected alloy steels C.E.Bates and G.E.Totten 1992.2/45-48.
[27] Measurement and evaluation of the power of quenching media for hardening J.Bodin and S.Segerberg 1993.1/15-23.
[28] Infuence of quenching condition on dimensional changes and variations J.Volkmuth, F.Hengerer and G. Wahl 1993.4/89-94.
[29] Polution-prevention analysis of and polymer quenching in the heat treatment of steel W.H.Michels 1995.2/34/37.
[30] Low-distortion heat treating of hulk parts as a possible alternative to press quenching S.Nemeth 1995.2/34-37.
[31] Designed experiments to study distortion, hardness and their variations in hot-oil-quench carburising H.Kristoffersen and S.Segerberg 1995.2/39-42.
[32] Quenchant performance analysis using computer simulation T. Reti, I. Felde, L, Horvath, R. Kohlheb and T. Bell 1996.1/11-14.
[33] Chute quench recommendations for continuous furnace applications with aqueous polymer quenchants G.E. Totten, G.M. Webster, R.R. Blackwood, L.M. Jarvis and T. Narumi 1996.2/36-39.
[34] Deep cryogenic treatment of tool steels: a review D.N.Collins 1996.2/40-42.
[35] Computer modelling of pressure gas quenching in vacuum furnaces J.E. Pritchard, G.Nurnberg and M. Shoukri 1996.4/79-83.
[36] Development of a carburising and quenching simulation tool: program overview W. Dowling, T. Pattok, B.L. Ferguson, D. Shick, Y. Helen Gu and M. Howes 1997.1/1-6.
[37] The role of sensors in heat treatment B. Edenhofer 1997.1/7-11.
[38] High-pressure gas quenching using a cold chamber to increase cooling capacity S. Segerberg and E. Troell 1997.1/21-24.
[39] Meeting industry demands for rapid gas quenching systems for vacuum heat-treating equipment R.B. Dixon 1997.2/37-42.
[40] Requirements for gas quenching systems P.F. Stratton, N. Saxena and R. Jain 1997.3/60-63.
[41] Deep cryogenic treatment of a D2 cold-work tool steel D.N.Collins and J. Dormer 1997.3/71-74.
[42] Advances in increasing the quenching speed of single-chamber vacuum furnaces with high-pressure gas-quench systems F. Bless and B. Edenhofer 1997.4/89-91.
[43] Standards for cooling curve analysis of quenchants G.E. Totten, G.M. Webster, H.M. Tensi and B. Liscic 1997.4/92-94.
[44] Deep cryogenic treatment of high-speed steel and its mechanism Dong Y., Lin X. and Xiao H. 1998.3/55-59.
[45] Close-tolerance heat treatment of gears P.C. Clarke 1998.3/61-64.
[46] Vacuum and plasma carburising with high-pressure gas quenching F.Preisser 1998.3/65-71.
[47] Innovations in quenching systems and equipment: current status and future developments F. Hoffmann, T. Lubben and P.Mayr 1999.3/63-67.
[48] Developments in liquid quenchants D. Moore 1999.3/68-71. [1] Helium recovery and cleaning for high-pressure gas quenching connected to an atmosphere furnace T. Holm and S. Segerberg 2000.1/9-12.
[49] Practical application of intensive quenching technology for steel parts M.A. Aronov, N.I. Kobasko, J.F. Wallace, D. Schwam and J.A. Powel 2000.1/13-16.
[50] The uniformity of cooling in high-pressure gas quenching T. Lubben, F. Hoffmann, P. Mayr and C. Laumen 2000.3/57-61.
[51] Individual component gas quenching P.F. Stratton and D. Ho 2000. 3/65-68.
[52] Influence of gas and oil quenching parameters on changes in shape and dimension of gear wheels H. Altena, P.Stola, P. Jurci, F.Klima and J. Paulu 2001.1/1-8.
[53] Fluid flow sensors for industrial quench baths: a literature review G.E. Totten, G.M. Webster and H.M. Tensi 2002.1/6-10.
[54] Effect of contamination on the cooling rate of quench oils D.S. MacKenzie, L. Gunsalus and I. Lazerav 2002.1/11-14.
[55] Modelling gas quenching of a carburised gear P.F.Stratton 2002.2/29-32.
[56] A new advanced system for safeguarding the performance of the quenching process S. Segerberg, J. Bodin and I. Felde 2003. 2/49-51.
[57] Influence of quenchant factors on residual stresses in quenched 7075 aluminium-alloy thick plate H. Zhang, X. Liang, D.F. Fu, G.Y. Lin and D.S. Peng 2003.3/61-64.
[58] Critical heat-flux densities, quenching intensity and heat-extraction dynamics during quenching in vapourisable liquids B.Liscic 2004.2/42-46.
[59] Intensive quenching process classification and applications N.I. Kobasko, M.A. Aronov, J.A. Powell, L.C.F. Canale and G.E. Totten 2004.3/51-58.
[60] The use of CFD modelling for the development of a new high-performance gas-quench chamber for the hardening of carburised components for the automotive industry B. Edenhofer, F. Bless and L. Oimann 2004.3/59-63.

3、会议日程，p98

4、C.Dawes and D.F.Tranter, 产品气体渗碳的控制，p99-108

5、2004索引，p108

6、新闻，p109

信息提供：郝学志 2004年12月22日

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