单量子阱的英文

• grin-sch-sqw

• "单"英文翻译    singular number fate; destin ...
• "量子"英文翻译    quantum; gion
• "阱"英文翻译    trap; pitfall; pit
• "量子阱" 英文翻译 :    quantum well; qws; sqw
• "量子点量子阱" 英文翻译 :    qdqw
• "多层量子阱" 英文翻译 :    mqw (= multiple quantum well)mqw; multiple quantum well (mqw)
• "多量子阱" 英文翻译 :    mqws; multi-quantum well
• "量子阱混合" 英文翻译 :    qwi
• "量子阱混杂" 英文翻译 :    qwi
• "量子阱结构" 英文翻译 :    mqw; quantum well structure
• "抛物量子阱" 英文翻译 :    pqw
• "耦合量子阱" 英文翻译 :    acqw
• "量子阱激光器" 英文翻译 :    quantum-well laser
• "半寻体量子阱结构" 英文翻译 :    semiconductor quantum well structure
• "非对称三重量子阱" 英文翻译 :    atqw asymmetric triple quantum well
• "半导体量子阱超晶格" 英文翻译 :    semiconductor quantum well superlattices
• "多量子阱分布反馈激光器" 英文翻译 :    multiple quantum well distributed feedback lasers
• "激光器均已采用量子阱" 英文翻译 :    mqw
• "量子阱半导体激光管" 英文翻译 :    semiconductor quantum well laser diode
• "量子阱半导体激光器" 英文翻译 :    quantum-well semiconductor laser
• "单量程" 英文翻译 :    single range; single-range
• "电子阱" 英文翻译 :    electron trap
• "离子阱" 英文翻译 :    ion trap◇离子阱磁铁 ion-trap magnet; 离子阱电子枪 ion-trap gun
• "中子阱" 英文翻译 :    neutron sink
• "量子" 英文翻译 :    quantum; gion 光量子 light quantum; 量子场 quantum field; 量子场论 [量子] quantized field theory; quantum field theory; 量子电动力学 [物理学] quantum electrodynamics; 量子电子学 [电子学] quantum electronics; 量子定律 quantum law; 量子辐射 quantum radiation; 量子干涉仪 quantum inteferometer; 量子光学 quantum optics; 量子化学 [物理化学] quantum chemistry; 量子计数器 [电学] quantum counter; 量子晶体 quantum crystal; 量子流体 quantum fluid; 量子流体动力学 [低温] quantum hydrodynamics; 量子论 [物理学] planck's theory; quantum theory; 量子能 quantum energy; 量子生物化学 quantum biochemistry; 量子生物学 quantum biology; 量子声学 quantum acoustics; 量子释放 quantum release; 量子探测器 [物理学] quantum detector; 量子统计学[统力] quantum statistics; 量子物理学 quantum physics; 量子引力动力学 quantum gravitational dynamics; 量子有机化学 quantum organic chemistry

• Interdiffusion of si and ge atoms during epitaxy growth of ge layer on si studied by raman spectroscopy
  分子束外延生长高应变单量子阱激光器
• For the wave - guide of sch - sqw 940nm quantum well laser , we used this way to simulate and compare , got the far - field corner 35 . 8 when the al percent was 25 % and wave - guide ' s thickness was 150nm . compare with the results former , this value was improved much
  对于本文中采用的分别限制单量子阱发光波长940nm半导体激光器的波导结构，利用该理论方法进行模拟对比后，得到当波导层al组分为0 . 25宽度为150nm时远场发散角为35 . 8 ，较以往有很大的改善。
• The performance of modulators employing mqw is governed by the quantum confined stark effect . in order to simplify the analysis of mqw , we obtain an explicit formula concerning the correlations between the gaas / gaalas quantum well widths of finite potential barrier structure and those of infinite potential barrier structure under the condition that the ground state energies are equal at zero bias states . then the transfer matrix method is used to investigate the optical field distribution in the mqw waveguide based on five - step asymmetric coupled quantum well structure that is really used in the modulator
  本论文首先根据量子限制stark效应，发展了等效宽度思想，提出了把单量子阱结构的有限深势阱的分析转化为无限深势阱模型的显式公式，从而大大简化了电场下量子阱结构的分析；接着利用转移矩阵，把周期性的量子阱结构简化为三层结构，得到了实际采用的非对称三阱结构量子阱的场分布，并讨论了量子阱结构的偏振特性。