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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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往复挤压纯镁的组织演变和力学性能
Keywords: 金属材料,纯镁,往复挤压,微观组织,力学性能,织构,晶粒尺寸
Abstract:
？研究了纯镁在350℃往复挤压2,4,8道次,以及在250℃,350℃,450℃往复挤压2道次的组织和力学性能的变化规律。结果表明,纯镁经350℃往复挤压后,组织显著细化,挤压道次从2增加到8时,晶粒尺寸无明显变化,而屈服强度下降,延伸率提高。通过电子背散射衍射技术(ebsd)发现纯镁在350℃往复挤压2,4,8道次后,形成{0001}基面与挤压方向分别约成25°,30°,40°夹角的织构,且织构强度增加,基面滑移系的schmid因子上升。纯镁在250℃,350℃,450℃往复挤压2道次后,随着挤压温度下降,晶粒尺寸减小,屈服强度上升,屈服强度和晶粒尺寸之间的关系可表述为。
| [1] | 1ming-hungtsai,may-showchen,ling-hunglin,ming-honglin,ming-honglin,ching-zongwu,keng-liangou,chih-huayu,effectofheattreatmentonthemicrostructuresanddampingpropertiesofbiomedicalmg–zralloy,journalofalloysandcompounds,509,813(2011)
|
| [2] | 2y.estrin,a.vinogradov,extremegrainrefinementbysevereplasticdeformation:awealthofchallengingscience,actamaterialia,61(3),782(2013)
|
| [3] | 17w.yuan,s.k.panigrahi,j.q.su,r.s.mishra,influenceofgrainsizeandtextureonhall-petchrelationshipforamagnesiumalloy,scriptamaterialia,65(11),994(2011)
|
| [4] | 18r.armstrong,i.codd,r.m.douthwaite,n.j.petch,theplasticdeformationofpolycrystallineaggregates,philosophicalmagazine,7(73),45(1962)
|
| [5] | 19chenyongjun,microstructureandmechanicalpropertiesofmagnesiumalloysfabricatedbycyclicextrusioncompression,doctoraldissertation,shanghaijiaotonguniversity(2007)(陈勇军,往复挤压镁合金的组织结构与力学性能研究,博士学位论文,上海交通大学(2007))
|
| [6] | 20linjinbao,microstructureevolutionandstrengtheningmechanismofzk60andgw102kalloysfabricatedbycyclicextruaionandcompression,doctoraldissertation,shanghaijiaotonguniversity(2008)(林金保,往复挤压zk60与gw102k镁合金的组织演变及强韧化机制研究,博士学位论文,上海交通大学(2008))
|
| [7] | 21w.j.kim,s.i.hong,y.s.kim,s.h.min,h.t.jeong,texturedevelopmentanditseffectonmechanicalpropertiesofanaz61mgalloyfabricatedbyequalchannelangularpressing,actamaterialia,51(11),3293(2003)
|
| [8] | 22chenzhenghua,magnesiumwroughtalloys,firstedition(beijing,chemicalindustrypress,2005)p.89-91(陈振华,变形镁合金,第一版,(北京,化学工业出版社,2005)p.89-91)
|
| [9] | 23y.v.r.k.prasad,k.p.rao,processingmapsforhotdeformationofrolledaz31magnesiumalloyplate:anisotropyofhotworkability,materialsscienceandengineeringa,487,316(2008)
|
| [10] | 1ming-hungtsai,may-showchen,ling-hunglin,ming-honglin,ming-honglin,ching-zongwu,keng-liangou,chih-huayu,effectofheattreatmentonthemicrostructuresanddampingpropertiesofbiomedicalmg–zralloy,journalofalloysandcompounds,509,813(2011)
|
| [11] | 2y.estrin,a.vinogradov,extremegrainrefinementbysevereplasticdeformation:awealthofchallengingscience,actamaterialia,61(3),782(2013)
|
| [12] | 3jinbaolin,qudongwang,limingpeng,hansj.roven,microstructureandhightensileductilityofzk60magnesiumalloyprocessedbycyclicextrusionandcompression,journalofalloysandcompounds,476(1-2),441(2009)
|
| [13] | 4taopeng,qudongwang,jinbaolin,manpingliu,hansj.roven,microstructureandenhancedmechanicalpropertiesofanmg–10gd-2y-0.5zralloyprocessedbycyclicextrusionandcompression,materialsscienceandengineeringa,528(3),1143(2011)
|
| [14] | 5jinbaolin,qudongwang,yongjunchen,manpingliu,h.j.roven,microstructureandtexturecharacteristicsofzk60mgalloyprocessedbycyclicextrusionandcompression,transactionsofnonferrousmetalssocietyofchina,20(11),2081(2010)
|
| [15] | 6y.j.chen,q.d.wang,h.j.roven,m.karlsen,y.d.yu,m.p.liu,j.hjelen,microstructureevolutioninmagnesiumalloyaz31duringcyclicextrusioncompression,journalofalloysandcompounds,462(1-2),192(2008)
|
| [16] | 7changpengwang,huangshengmei,rongqiangli,lingwang,jieliu,zehuihua,lijinzhao,feifeipen,huili,microstructureevolutionandgraincoarseningbehaviourduringpartialremeltingofcyclicextrusioncompressionformedaz61magnesiumalloy,actametallurgicasinica(englishletters),26(2),149(2013)
|
| [17] | 8wangqudong,linjinbao,pengliming,chenyongjun,influenceofcyclicextrusionandcompressiononthemechanicalpropertyofmgalloyak60,actametallurgicasinica,44(1),55(2008)(王渠东,林金保,彭立明,彭涛,陈勇军,往复挤压变形对zk60镁合金力学性能的影响,金属学报,44(1),55(2008))
|
| [18] | 16emley,principlesofmagnesiumtechnology(oxford,pergamon,1966)p.122
|
| [19] | 18r.armstrong,i.codd,r.m.douthwaite,n.j.petch,theplasticdeformationofpolycrystallineaggregates,philosophicalmagazine,7(73),45(1962)
|
| [20] | 19chenyongjun,microstructureandmechanicalpropertiesofmagnesiumalloysfabricatedbycyclicextrusioncompression,doctoraldissertation,shanghaijiaotonguniversity(2007)(陈勇军,往复挤压镁合金的组织结构与力学性能研究,博士学位论文,上海交通大学(2007))
|
| [21] | 20linjinbao,microstructureevolutionandstrengtheningmechanismofzk60andgw102kalloysfabricatedbycyclicextruaionandcompression,doctoraldissertation,shanghaijiaotonguniversity(2008)(林金保,往复挤压zk60与gw102k镁合金的组织演变及强韧化机制研究,博士学位论文,上海交通大学(2008))
|
| [22] | 21w.j.kim,s.i.hong,y.s.kim,s.h.min,h.t.jeong,texturedevelopmentanditseffectonmechanicalpropertiesofanaz61mgalloyfabricatedbyequalchannelangularpressing,actamaterialia,51(11),3293(2003)
|
| [23] | 22chenzhenghua,magnesiumwroughtalloys,firstedition(beijing,chemicalindustrypress,2005)p.89-91(陈振华,变形镁合金,第一版,(北京,化学工业出版社,2005)p.89-91)
|
| [24] | 13kavehedalati,akitoyamamoto,zenjihorita,tatsumiishihara,high-pressuretorsionofpuremagnesium:evolutionofmechanicalproperties,microstructuresandhydrogenstoragecapacitywithequivalentstrain,scriptamaterialia,64(9),880(2011)
|
| [25] | 14somjeetbiswas,satyaveersinghdhinwal,satyamsuwas,room-temperatureequalchannelangularextrusionofpuremagnesium,actamaterialia,58(9),3247(2010)
|
| [26] | 15n.stanford,m.r.barnett,theoriginof“rareearth”texturedevelopmentinextrudedmg-basedalloysanditseffectontensileductility,materialsscienceandengineering:a,496(1-2),399(2008)
|
| [27] | 16emley,principlesofmagnesiumtechnology(oxford,pergamon,1966)p.122
|
| [28] | 17w.yuan,s.k.panigrahi,j.q.su,r.s.mishra,influenceofgrainsizeandtextureonhall-petchrelationshipforamagnesiumalloy,scriptamaterialia,65(11),994(2011)
|
| [29] | 18r.armstrong,i.codd,r.m.douthwaite,n.j.petch,theplasticdeformationofpolycrystallineaggregates,philosophicalmagazine,7(73),45(1962)
|
| [30] | 19chenyongjun,microstructureandmechanicalpropertiesofmagnesiumalloysfabricatedbycyclicextrusioncompression,doctoraldissertation,shanghaijiaotonguniversity(2007)(陈勇军,往复挤压镁合金的组织结构与力学性能研究,博士学位论文,上海交通大学(2007))
|
| [31] | 20linjinbao,microstructureevolutionandstrengtheningmechanismofzk60andgw102kalloysfabricatedbycyclicextruaionandcompression,doctoraldissertation,shanghaijiaotonguniversity(2008)(林金保,往复挤压zk60与gw102k镁合金的组织演变及强韧化机制研究,博士学位论文,上海交通大学(2008))
|
| [32] | 1ming-hungtsai,may-showchen,ling-hunglin,ming-honglin,ming-honglin,ching-zongwu,keng-liangou,chih-huayu,effectofheattreatmentonthemicrostructuresanddampingpropertiesofbiomedicalmg–zralloy,journalofalloysandcompounds,509,813(2011)
|
| [33] | 22chenzhenghua,magnesiumwroughtalloys,firstedition(beijing,chemicalindustrypress,2005)p.89-91(陈振华,变形镁合金,第一版,(北京,化学工业出版社,2005)p.89-91)
|
| [34] | 2y.estrin,a.vinogradov,extremegrainrefinementbysevereplasticdeformation:awealthofchallengingscience,actamaterialia,61(3),782(2013)
|
| [35] | 23y.v.r.k.prasad,k.p.rao,processingmapsforhotdeformationofrolledaz31magnesiumalloyplate:anisotropyofhotworkability,materialsscienceandengineeringa,487,316(2008)
|
| [36] | 3jinbaolin,qudongwang,limingpeng,hansj.roven,microstructureandhightensileductilityofzk60magnesiumalloyprocessedbycyclicextrusionandcompression,journalofalloysandcompounds,476(1-2),441(2009)
|
| [37] | 4taopeng,qudongwang,jinbaolin,manpingliu,hansj.roven,microstructureandenhancedmechanicalpropertiesofanmg–10gd-2y-0.5zralloyprocessedbycyclicextrusionandcompression,materialsscienceandengineeringa,528(3),1143(2011)
|
| [38] | 12w.m.gan,m.y.zheng,h.chang,x.j.wang,x.g.qiao,k.wu,b.schwebke,h.g.brokmerier,microstructureandtensilepropertyoftheecapedpuremagnesium,journalofalloysandcompounds,470(1-2),256(2009)
|
| [39] | 13kavehedalati,akitoyamamoto,zenjihorita,tatsumiishihara,high-pressuretorsionofpuremagnesium:evolutionofmechanicalproperties,microstructuresandhydrogenstoragecapacitywithequivalentstrain,scriptamaterialia,64(9),880(2011)
|
| [40] | 14somjeetbiswas,satyaveersinghdhinwal,satyamsuwas,room-temperatureequalchannelangularextrusionofpuremagnesium,actamaterialia,58(9),3247(2010)
|
| [41] | 15n.stanford,m.r.barnett,theoriginof“rareearth”texturedevelopmentinextrudedmg-basedalloysanditseffectontensileductility,materialsscienceandengineering:a,496(1-2),399(2008)
|
| [42] | 16emley,principlesofmagnesiumtechnology(oxford,pergamon,1966)p.122
|
| [43] | 17w.yuan,s.k.panigrahi,j.q.su,r.s.mishra,influenceofgrainsizeandtextureonhall-petchrelationshipforamagnesiumalloy,scriptamaterialia,65(11),994(2011)
|
| [44] | 18r.armstrong,i.codd,r.m.douthwaite,n.j.petch,theplasticdeformationofpolycrystallineaggregates,philosophicalmagazine,7(73),45(1962)
|
| [45] | 19chenyongjun,microstructureandmechanicalpropertiesofmagnesiumalloysfabricatedbycyclicextrusioncompression,doctoraldissertation,shanghaijiaotonguniversity(2007)(陈勇军,往复挤压镁合金的组织结构与力学性能研究,博士学位论文,上海交通大学(2007))
|
| [46] | 20linjinbao,microstructureevolutionandstrengtheningmechanismofzk60andgw102kalloysfabricatedbycyclicextruaionandcompression,doctoraldissertation,shanghaijiaotonguniversity(2008)(林金保,往复挤压zk60与gw102k镁合金的组织演变及强韧化机制研究,博士学位论文,上海交通大学(2008))
|
| [47] | 21w.j.kim,s.i.hong,y.s.kim,s.h.min,h.t.jeong,texturedevelopmentanditseffectonmechanicalpropertiesofanaz61mgalloyfabricatedbyequalchannelangularpressing,actamaterialia,51(11),3293(2003)
|
| [48] | 22chenzhenghua,magnesiumwroughtalloys,firstedition(beijing,chemicalindustrypress,2005)p.89-91(陈振华,变形镁合金,第一版,(北京,化学工业出版社,2005)p.89-91)
|
| [49] | 23y.v.r.k.prasad,k.p.rao,processingmapsforhotdeformationofrolledaz31magnesiumalloyplate:anisotropyofhotworkability,materialsscienceandengineeringa,487,316(2008)
|
| [50] | 3jinbaolin,qudongwang,limingpeng,hansj.roven,microstructureandhightensileductilityofzk60magnesiumalloyprocessedbycyclicextrusionandcompression,journalofalloysandcompounds,476(1-2),441(2009)
|
| [51] | 4taopeng,qudongwang,jinbaolin,manpingliu,hansj.roven,microstructureandenhancedmechanicalpropertiesofanmg–10gd-2y-0.5zralloyprocessedbycyclicextrusionandcompression,materialsscienceandengineeringa,528(3),1143(2011)
|
| [52] | 5jinbaolin,qudongwang,yongjunchen,manpingliu,h.j.roven,microstructureandtexturecharacteristicsofzk60mgalloyprocessedbycyclicextrusionandcompression,transactionsofnonferrousmetalssocietyofchina,20(11),2081(2010)
|
| [53] | 6y.j.chen,q.d.wang,h.j.roven,m.karlsen,y.d.yu,m.p.liu,j.hjelen,microstructureevolutioninmagnesiumalloyaz31duringcyclicextrusioncompression,journalofalloysandcompounds,462(1-2),192(2008)
|
| [54] | 7changpengwang,huangshengmei,rongqiangli,lingwang,jieliu,zehuihua,lijinzhao,feifeipen,huili,microstructureevolutionandgraincoarseningbehaviourduringpartialremeltingofcyclicextrusioncompressionformedaz61magnesiumalloy,actametallurgicasinica(englishletters),26(2),149(2013)
|
| [55] | 8wangqudong,linjinbao,pengliming,chenyongjun,influenceofcyclicextrusionandcompressiononthemechanicalpropertyofmgalloyak60,actametallurgicasinica,44(1),55(2008)(王渠东,林金保,彭立明,彭涛,陈勇军,往复挤压变形对zk60镁合金力学性能的影响,金属学报,44(1),55(2008))
|
| [56] | 9a.azushima,r.kopp,a.korhonen,d.y.yang,f.micari,g.d.lahoti,p.groche,j.yanagimoto,n.tsuji,a.rosochowki,a.yanagida,severeplasticdeformation(spd)processesformetals,cirpannals-manufacturingtechnology,57(2),716(2008)
|
| [57] | 10h.zhou,w.z.xu,w.w.jian,g.m.cheng,x.l.ma,w.guo,s.n.mathaudhu,q.d.wang,y.t.zhu,anewmetastableprecipitatephaseinmg–gd–y–zralloy,philosophicalmagazine,94(21),2403-2409(2014)
|
| [58] | 11w.w.jian,g.m.cheng,w.z.xu,h.yuan,m.h.tsai,q.d.wang,c.c.koch,ultrastrongmgalloyvianano-spacedstackingfaults,materialsresearchletters,12(3),37-41(2013)
|
| [59] | 12w.m.gan,m.y.zheng,h.chang,x.j.wang,x.g.qiao,k.wu,b.schwebke,h.g.brokmerier,microstructureandtensilepropertyoftheecapedpuremagnesium,journalofalloysandcompounds,470(1-2),256(2009)
|
| [60] | 13kavehedalati,akitoyamamoto,zenjihorita,tatsumiishihara,high-pressuretorsionofpuremagnesium:evolutionofmechanicalproperties,microstructuresandhydrogenstoragecapacitywithequivalentstrain,scriptamaterialia,64(9),880(2011)
|
| [61] | 14somjeetbiswas,satyaveersinghdhinwal,satyamsuwas,room-temperatureequalchannelangularextrusionofpuremagnesium,actamaterialia,58(9),3247(2010)
|
| [62] | 15n.stanford,m.r.barnett,theoriginof“rareearth”texturedevelopmentinextrudedmg-basedalloysanditseffectontensileductility,materialsscienceandengineering:a,496(1-2),399(2008)
|
| [63] | 16emley,principlesofmagnesiumtechnology(oxford,pergamon,1966)p.122
|
| [64] | 9a.azushima,r.kopp,a.korhonen,d.y.yang,f.micari,g.d.lahoti,p.groche,j.yanagimoto,n.tsuji,a.rosochowki,a.yanagida,severeplasticdeformation(spd)processesformetals,cirpannals-manufacturingtechnology,57(2),716(2008)
|
| [65] | 10h.zhou,w.z.xu,w.w.jian,g.m.cheng,x.l.ma,w.guo,s.n.mathaudhu,q.d.wang,y.t.zhu,anewmetastableprecipitatephaseinmg–gd–y–zralloy,philosophicalmagazine,94(21),2403-2409(2014)
|
| [66] | 11w.w.jian,g.m.cheng,w.z.xu,h.yuan,m.h.tsai,q.d.wang,c.c.koch,ultrastrongmgalloyvianano-spacedstackingfaults,materialsresearchletters,12(3),37-41(2013)
|
| [67] | 12w.m.gan,m.y.zheng,h.chang,x.j.wang,x.g.qiao,k.wu,b.schwebke,h.g.brokmerier,microstructureandtensilepropertyoftheecapedpuremagnesium,journalofalloysandcompounds,470(1-2),256(2009)
|
| [68] | 13kavehedalati,akitoyamamoto,zenjihorita,tatsumiishihara,high-pressuretorsionofpuremagnesium:evolutionofmechanicalproperties,microstructuresandhydrogenstoragecapacitywithequivalentstrain,scriptamaterialia,64(9),880(2011)
|
| [69] | 14somjeetbiswas,satyaveersinghdhinwal,satyamsuwas,room-temperatureequalchannelangularextrusionofpuremagnesium,actamaterialia,58(9),3247(2010)
|
| [70] | 15n.stanford,m.r.barnett,theoriginof“rareearth”texturedevelopmentinextrudedmg-basedalloysanditseffectontensileductility,materialsscienceandengineering:a,496(1-2),399(2008)
|
| [71] | 17w.yuan,s.k.panigrahi,j.q.su,r.s.mishra,influenceofgrainsizeandtextureonhall-petchrelationshipforamagnesiumalloy,scriptamaterialia,65(11),994(2011)
|
| [72] | 23y.v.r.k.prasad,k.p.rao,processingmapsforhotdeformationofrolledaz31magnesiumalloyplate:anisotropyofhotworkability,materialsscienceandengineeringa,487,316(2008)
|
| [73] | 1ming-hungtsai,may-showchen,ling-hunglin,ming-honglin,ming-honglin,ching-zongwu,keng-liangou,chih-huayu,effectofheattreatmentonthemicrostructuresanddampingpropertiesofbiomedicalmg–zralloy,journalofalloysandcompounds,509,813(2011)
|
| [74] | 2y.estrin,a.vinogradov,extremegrainrefinementbysevereplasticdeformation:awealthofchallengingscience,actamaterialia,61(3),782(2013)
|
| [75] | 3jinbaolin,qudongwang,limingpeng,hansj.roven,microstructureandhightensileductilityofzk60magnesiumalloyprocessedbycyclicextrusionandcompression,journalofalloysandcompounds,476(1-2),441(2009)
|
| [76] | 4taopeng,qudongwang,jinbaolin,manpingliu,hansj.roven,microstructureandenhancedmechanicalpropertiesofanmg–10gd-2y-0.5zralloyprocessedbycyclicextrusionandcompression,materialsscienceandengineeringa,528(3),1143(2011)
|
| [77] | 5jinbaolin,qudongwang,yongjunchen,manpingliu,h.j.roven,microstructureandtexturecharacteristicsofzk60mgalloyprocessedbycyclicextrusionandcompression,transactionsofnonferrousmetalssocietyofchina,20(11),2081(2010)
|
| [78] | 6y.j.chen,q.d.wang,h.j.roven,m.karlsen,y.d.yu,m.p.liu,j.hjelen,microstructureevolutioninmagnesiumalloyaz31duringcyclicextrusioncompression,journalofalloysandcompounds,462(1-2),192(2008)
|
| [79] | 7changpengwang,huangshengmei,rongqiangli,lingwang,jieliu,zehuihua,lijinzhao,feifeipen,huili,microstructureevolutionandgraincoarseningbehaviourduringpartialremeltingofcyclicextrusioncompressionformedaz61magnesiumalloy,actametallurgicasinica(englishletters),26(2),149(2013)
|
| [80] | 8wangqudong,linjinbao,pengliming,chenyongjun,influenceofcyclicextrusionandcompressiononthemechanicalpropertyofmgalloyak60,actametallurgicasinica,44(1),55(2008)(王渠东,林金保,彭立明,彭涛,陈勇军,往复挤压变形对zk60镁合金力学性能的影响,金属学报,44(1),55(2008))
|
| [81] | 9a.azushima,r.kopp,a.korhonen,d.y.yang,f.micari,g.d.lahoti,p.groche,j.yanagimoto,n.tsuji,a.rosochowki,a.yanagida,severeplasticdeformation(spd)processesformetals,cirpannals-manufacturingtechnology,57(2),716(2008)
|
| [82] | 10h.zhou,w.z.xu,w.w.jian,g.m.cheng,x.l.ma,w.guo,s.n.mathaudhu,q.d.wang,y.t.zhu,anewmetastableprecipitatephaseinmg–gd–y–zralloy,philosophicalmagazine,94(21),2403-2409(2014)
|
| [83] | 11w.w.jian,g.m.cheng,w.z.xu,h.yuan,m.h.tsai,q.d.wang,c.c.koch,ultrastrongmgalloyvianano-spacedstackingfaults,materialsresearchletters,12(3),37-41(2013)
|
| [84] | 12w.m.gan,m.y.zheng,h.chang,x.j.wang,x.g.qiao,k.wu,b.schwebke,h.g.brokmerier,microstructureandtensilepropertyoftheecapedpuremagnesium,journalofalloysandcompounds,470(1-2),256(2009)
|
| [85] | 21w.j.kim,s.i.hong,y.s.kim,s.h.min,h.t.jeong,texturedevelopmentanditseffectonmechanicalpropertiesofanaz61mgalloyfabricatedbyequalchannelangularpressing,actamaterialia,51(11),3293(2003)
|
| [86] | 5jinbaolin,qudongwang,yongjunchen,manpingliu,h.j.roven,microstructureandtexturecharacteristicsofzk60mgalloyprocessedbycyclicextrusionandcompression,transactionsofnonferrousmetalssocietyofchina,20(11),2081(2010)
|
| [87] | 6y.j.chen,q.d.wang,h.j.roven,m.karlsen,y.d.yu,m.p.liu,j.hjelen,microstructureevolutioninmagnesiumalloyaz31duringcyclicextrusioncompression,journalofalloysandcompounds,462(1-2),192(2008)
|
| [88] | 7changpengwang,huangshengmei,rongqiangli,lingwang,jieliu,zehuihua,lijinzhao,feifeipen,huili,microstructureevolutionandgraincoarseningbehaviourduringpartialremeltingofcyclicextrusioncompressionformedaz61magnesiumalloy,actametallurgicasinica(englishletters),26(2),149(2013)
|
| [89] | 8wangqudong,linjinbao,pengliming,chenyongjun,influenceofcyclicextrusionandcompressiononthemechanicalpropertyofmgalloyak60,actametallurgicasinica,44(1),55(2008)(王渠东,林金保,彭立明,彭涛,陈勇军,往复挤压变形对zk60镁合金力学性能的影响,金属学报,44(1),55(2008))
|
| [90] | 9a.azushima,r.kopp,a.korhonen,d.y.yang,f.micari,g.d.lahoti,p.groche,j.yanagimoto,n.tsuji,a.rosochowki,a.yanagida,severeplasticdeformation(spd)processesformetals,cirpannals-manufacturingtechnology,57(2),716(2008)
|
| [91] | 10h.zhou,w.z.xu,w.w.jian,g.m.cheng,x.l.ma,w.guo,s.n.mathaudhu,q.d.wang,y.t.zhu,anewmetastableprecipitatephaseinmg–gd–y–zralloy,philosophicalmagazine,94(21),2403-2409(2014)
|
| [92] | 11w.w.jian,g.m.cheng,w.z.xu,h.yuan,m.h.tsai,q.d.wang,c.c.koch,ultrastrongmgalloyvianano-spacedstackingfaults,materialsresearchletters,12(3),37-41(2013)
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