必应词典为您提供acceptor-doping的释义,网络释义: 受体掺杂;受主掺杂;
acceptor doping 受主掺杂 accommodation acceptor 通融承兑人 doping accuracy 掺杂精度 acceptor resonance 接受器谐振 acceptor spectrum 受主光谱 acceptor state 受主态 acid acceptor 酸受体 language acceptor 语言接收系统 hydrogen acceptor 氢受体, 水合质子受体 acceptor for honor 参加承兑人 相似...
1)acceptor doping受主掺杂 英文短句/例句 1.Effects of Acceptor on the Electrical Properties in BaSnO_3 Electronic Materials受主掺杂对BaSnO_3电阻的电学性能影响 2.Research of New Acceptor Double Dope Technology for High-Voltage Large-Current Thyristor高压大电流晶闸管受主双质掺杂新技术的研究 3.When a...
5) acceptor doping 受体掺杂 6) acceptor dopant 受主掺质 补充资料:小肠主受盛 小肠主受盛 小肠主受盛 生理学名词。指小肠的主要功能是承受从胃中来的、经过初步消化的饮食,进行分别清浊。《素问·灵兰秘典论》:“小肠者,受盛之官,化物出焉。”
acceptor dopant 受主掺质 accommodation acceptor 通融承兑人 acceptor doping 受主掺杂 acceptor resonance 接受器谐振 acceptor spectrum 受主光谱 acceptor state 受主态 acid acceptor 酸受体 language acceptor 语言接收系统 hydrogen acceptor 氢受体, 水合质子受体 acceptor for honor 参加承兑人 相似...
Basic aspects of acceptor doped HgCdTe layers grown by MOCVD are presented. HgCdTe (111) layers were grown on GaAs (100) substrates in 350°C horizontal reactor using IMP deposition method. TDMAAs and AsHwere alternatively used as a effective p-type doping precursors. Incorporation and activation...
Origin of p-type doping difficulty in ZnO The impurity perspective 热度: impact of cl doping on electrochemical performance in orthosilicate (li2fesio4) a dft supported experimental approach.[2017][acs appl mater interfa 热度: Influence of Ag-doping on the optical properties of ZnO films ...
These two dopants are believed to be the slowest diffusing species within their group, making electrical characterisation and doping control easier. Linear relationships were found between carrier concentration and amount of dopant added for both elements. Hall effect measurements down to 20 K have ...
acceptor doping 受主掺杂 相似单词 acceptor n. 受主,承兑人,接受器 co acceptor 【经】 共同承兑人 halogen n. 卤素 Cc 共路信令 CC abbr. Carbon Copy, 抄送 [域] Cocos Islands , 科科斯群岛 cc abbr. (= cubic centimeter) 立方厘米 abbr. (= Carbon Copy) 副本(email中的抄送) methyl...
When we add a small amount of impurity to a semiconductor, it contributes either free electrons or holes. This changes the semiconductor conductivity. This process is called doping. For example, if we add pentavalent impurities (atoms with five valence e