材料研究学报  1994, Vol. 8 Issue (5): 411-418

研究论文 本期目录 | 过刊浏览 |

BRIDGMAN—Hg_(1-x)Cd_xTe晶体生长时场量数值分析的进展

王培林;魏科;张国艳;周士仁

哈尔滨工业大学

PROGRESS OF NUMERICAL ANALYSIS IN FIELD'S PARAMETERS OF BRIDGMAN-Hg_(1-x)Cd_x Te CRYSTAL GROWTH

WANG Peilin; WEI Ke; ZHANG Guoyan; ZHOU Shiren (Harbin Institute of Technology)

王培林;魏科;张国艳;周士仁. BRIDGMAN—Hg_(1-x)Cd_xTe晶体生长时场量数值分析的进展[J]. 材料研究学报, 1994, 8(5): 411-418.
, , , . PROGRESS OF NUMERICAL ANALYSIS IN FIELD'S PARAMETERS OF BRIDGMAN-Hg_(1-x)Cd_x Te CRYSTAL GROWTH[J]. Chin J Mater Res, 1994, 8(5): 411-418.

摘要 参考文献 相关文章 Metrics 全文: PDF(698 KB)   摘要: 综述近十余年来关于Bridgman-Hg(1-x)CdxTe晶体生长过程中场量的数值分析工作,评价一般Bridgman系统的数值分析,总结和归纳计算模型及边界条件处理方法,指出存在的问题及今后应开展的研究工作. 关键词 ： Hg_(1-x)Cd_xTe,  Bridgman,  数值分析     Abstract：Since the performance of the diabasic alloy-Hg1-xCdxTe Crystal is very sensitive to its composition as well as the component distribution, Bridyman method is usually used for the crystal growth. The flotation-driven convection in the melt has an important Key words： Hg_(1-x)Cd_xTe    Bridgman    numerical analysis 收稿日期: 1994-10-25      服务 把本文推荐给朋友 加入引用管理器 E-mail Alert RSS 作者相关文章 王培林 魏科 张国艳 周士仁 44.8K 链接本文: https://www.cjmr.org/CN/      或      https://www.cjmr.org/CN/Y1994/V8/I5/411 1SchmitJL．JCrystalGrowth,1983;65:2492BartlettBE．CapperP．HarrisJEetal．CrystalGrowth,1979;46;6233CapperP,Gosney,JJG,JonesCLetal．JCrystalGrowth．1983;63:1544SzofranFR,LehoczkySL．JCrystalGrowth．1984;70:3495CapperP,JonesCL,PearceEJetal．JCrystalOrowth,1983;62:4876ChangCE．ThcsisPhD,Univ．ofSouthernCalifornia,19737KimDH,BwotnRA．JCrystalGrowth,1989;96:6098SzofranFR,LehoczkySL．JEleetronMater,1981;10:11319HoliandLR,TaylorRE．JVacuumSciTechool,1983;Al:161510ChangCJ,BrownRA．JComputationalPhysics,1984;53:111JonesCL,CapperP．JCrystalGrowth,1983;63:14512DakhonlYM,FarmerR,LehoczkySLetal．JCrystalGrowth,1988;86:4913JastnskiT,RohsenowWM,WittAF．JCrystalGrowth,1983461:33914NaumannRJ,LehoczkySL,JCrystalGrowth,1983;61:70715BourretED,DerbyJJ,BrownRA,JCrystalGrowth,1985;71:58716SzofranFR,ChandraD．WangJCetal．JCrystaGrowth,1984;70:34317ChangCE,WilcoxWR．JCrystalGrowth,1974;21:13518SukanckPC．JCrystalGrowth,1982;58:20819SukanckPC．JCrystalGrowth,1982;58:21920JasinskiTJ,RohsenowWM,WinAF．JCrystalGrowth,1983;61:33921JonesCL,CapperP,GosneyJJ．JCrystalGrowth,1982;56:58122FuTW,WilcoxWR．JCrystalGrowth,1980;48:41623NaumannRJ．JCrystalGrowth,1982;58:58924NaumannRJ,LehoczkySL．JCrystalGrowth,1983;61:70725SzofranFR,LehoczkySL．JCrystalGrowth,1984;70:34926王培林,魏科,周士仁．半导体学报,1994;15(9):18327JasinskiT．WittAF．JCrystalGrowth,1985;71:29528FuTW,WilcoxWr//JCrystalGrowth,1980;48:41629RavishankarPS,FuTW．JCrystalGrowth,1983;62:42530ClyneTw．JCrystalGrowth,1980;48:41631王培林,魏科,刁凤斌等．哈尔滨工业大学学报,(已录用待发表)32EttounayHM,BrowtnRA．JCrystalGrowth,1982;58:31333EttonneyHM,BrownRA．JComputationalPhysics,1983:4934ChangCJ,BrownRA．JCrystalGrowth,1983;63:34335CarlsonFM,FrippAL,CrouchRK．JCrystalGrowth1984:68:74736OreperGM,SzekelyJ．JCrystalGrowth,1984;67:40537RouzandA,CamelD,FavierJJ．JCrystalGrowth,1985;73:14938CrochetMJ,DupretF,RyckansYetal．JCrystalGrowth,1989;97:17339FavierJJ．JCrystalGrowth,1990;99:1840AdornatoPM,BrownRA．JCrystalGrowth,1987;80:15541AdornatoPM,BrownRa．InternationalJournalForNumericalMethodsinFluids,1987;7:76142HoshikawaK,KirataH,NakanishiH．JapanJApplPhys,1980;19:L3343KimKM．JElectrochemSoc,1982;129;42744HoshikawsK．JapanJApplPhys,1982;21:L54545高须新一郎etal．应用物理,1990;8(59):104446MatthiasenDH,WargoMJ,MotakofSetal,JCrystalGrowth,1987;85:55747KimDH,AdornatoPM,BrownRa．JCrystalGrowth,1988;89;33948TurnerJS．BuoyancyEffectsinFluids．CambridaeUnirPress,Cambridge,197349LaytonJC,DavidsonMC,GilliesDCetal,JCrystalGrowth,1982;60:37450AntarH．UniveffityofTennesseeSpaceInstitute,PrivateCommunication,198851BrownRA．AlCHEJournal,1988;34:38152SzofranFR,ChandrnD,WangJCetal．JCrystalGrowth,1984;70:34353SuCH,LehoczkySL,SzofranFR．JCrystalGrowth,1991;109:39254BagaiRK,BoricWN．JCrystalGrowth,1989;94:56155CapperP．GosneyJJG,JonesCL．JCrystalGrowth,1984;70:356? [1] 许桂生; 王晓锋; 杨丹凤; 段子青 . Pb(Mg1/3Nb2/3)O3-PbTiO3晶体组分对结构与性能的影响[J]. 材料研究学报, 2005, 19(5): 506-511. [2] 杨云志;冉均国;郑昌琼. β-Ti/TiC梯度材料在热扩散时成分和热应力再分布的数值分析[J]. 材料研究学报, 1998, 12(2): 209-212. Viewed Full text Abstract Cited   Shared      Discussed