核反应堆中辐照导致压力容器钢脆化使韧脆转变温度(DBTT)升高,从而危及压力容器安全运行,最终导致反应堆寿命终止.本文简要介绍了压力容器钢辐照脆化机制、在役反应堆的安全性监测、模拟预测DBTT的升高和反应堆延寿评估.
参考文献
[1] | Odette G R,Lucas G E.JOM,2001; 53:18 |
[2] | Little E A.Proc EUROMAT 96,Conf Materials and Nuclear Power,London:Institute of Materials,1996:29 |
[3] | Nanstad R K,Sokolov M A,McCabe D E.J ASTM Int,2008; 5:JAI101346 |
[4] | Steele L E.In:Steele L E,ed.,Status of USA Nuclear Reactor Pressure Vessel Surveillance for Radiation Effects,ASTM STP 784,Philadelphia,PA:American Society for Testing and Materials,1983:277 |
[5] | Wallin K.Eng Fract Mech,2002; 69:451 |
[6] | Little E A.Proc Conf Dimensional Stability and Mechanical Behavior of Irradiated Metals and Alloys,London:BNES,1984:141 |
[7] | Guionnet C,Robin Y,Flavier C,Lefort A,Gros D,Perdreau R.In:Kramer D,Brager H R,Perrin J S,eds.,Effects of Radiation on Materials:Proceedings of the Tenth International Symposium,ASTM STP 725,Philadelphia,PA:American Society for Testing and Materials,1981:20 |
[8] | Monzen R,Iguchi M,Jenkins M L.Philos Mag Lett,2000;80:137 |
[9] | Phythian W J,English C A.J Nucl Mater,1993; 205:162 |
[10] | Miller M K,Russell K F,Sokolov M A,Nanstad R K.J Nucl Mater,2003; 320:177 |
[11] | Faulkner R G,Lu Z,Ellis D,Williams T J.J ASTM Int,2005; 2:285 |
[12] | Buswell J T,Little E A,Sinclair R N.Nucl Energy,1998;37:387 |
[13] | Schilling W,Ullmaier H.In:Cahn R W,eds.,Materials Science and Technology:Nuclear Materials,Vol.10B,Germany:Wiley-VCH,1994:179 |
[14] | Domain C,Becquart C S,Malerba L.J Nucl Mater,2004;335:121 |
[15] | Jenkins M L,Kirk M A.Characterisation of Radiation Damage by Transmission Electron Microscopy. Bristol and Philadelphia:IOP Publishing,2001:126 |
[16] | Little E A,Harries D R.Met Sci,1970; 4:188 |
[17] | English C A,Ortner S R,Gage G,Server W L,Rosinski S T.In:Rosinski S T,Grossbeck M L,Allen T R,Kumar A S,eds.,Effects of Radiation on Materials:20th International Symposium,ASTM STP 1405,West Conshohocken,PA:American Society for Testing and Materials,2001:151 |
[18] | Bischler P J E,Wild R K.In:Gelles D S,Nanstad R K,Kumar A S,Little E A,eds.,Effects of Radiation on Materials:17th International Symposium,ASTM STP 1270,West Conshohocken,PA:American Society for Testing and Materials,1996:260 |
[19] | Faulkner R G,Jones R B,Lu Z,Flewitt P E J.Philos Mag,2005; 85:2065 |
[20] | Pechenkin V A,Konobeev Y V,Stepanov I A,Nikolaev Y A.In:Grossbeck M L,Allen T R,Lott R G,Kumar A S,eds.,Effects of Radiation on Materials:21st International Symposium,ASTM STP 1447,West Conshohocken,PA:American Society for Testing and Materials,2004:138 |
[21] | Lu Z,Faulkner R G,Flewitt P E J.Mater Sci Eng,2006;A437:306 |
[22] | Lu Z,Faulkner R G,Sakaguchi N,Kinoshita H,Takahashi H J,Flewitt P E.J Nucl Mater,2006; 351:155 |
[23] | Brillaud C,Hedin F,Houssin B.In:Garner F A,Henager C H,Igata N,eds.,Influence of Radiation on Material Properties:13th International Symposium,ASTM STP 956,Philadelphia,PA:American Society for Testing and Materials,1987:420 |
[24] | Petrequin P.A Review of Formulas for Predicting Irradiation Embrittlement of Reactors Vessel Materials,AMES Report No.6,1996:13 |
[25] | Odette G R,Mader E V,Lucas G E,Phythian W J,English C A.In:Kumar A S,Gelles D S,Nanstad R K,Little E A,eds.,Effects of Radiation on Materials:16th International Symposium,ASTM STP 1175,Philadelphia,PA:American Society for Testing and Materials,1993:373 |
[26] | Odette G R,Yamamoto R T,Klingensmith R D.Philos Mag,2005; 85:779 |
[27] | Miller M K,Russell K F.J Nucl Mater,2007; 37:145 |
[28] | Odette G R,Wirth B D.J Nucl Mater,1998; 251:157 |
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