1) exciton blocking
激子阻挡层
1.
The configuration of this device was ITO/NPB/NPB:Ir(piq)_2(acac)/CBP/CBP:TBPe/BCP/Alq_3/Mg:Ag/Ag in which Alq_3,NPB(undoped),CBP(undoped) and BCP films functioned as electron transporting layer,hole transporting layer and exciton blocking layer,respectively.
其中ALq3、未掺杂的NPB和CBP及BCP层分别作为电子传输层、空穴传输层和激子阻挡层。
2) exciton block layer(EBL)
激子阻挡层(EBL)
3) exciton
激子
1.
Behavior of Exciton in a PtI Complex in Electric Field;
PtI化合物激子的静电场行为
2.
Exciton in a PNB Polymer and Its Response to Electrostatic Fields;
PNB聚合物的激子及其对静电场的响应
3.
The Phonon Sidebands of Excitons Bound to NN 1 Trap in GaAs 1-x P x ∶N( x = 0.88) Alloys;
混晶GaAs_(1-x)P_x∶N(x=0.88)中NN_1对束缚激子发光的声子伴线
4) excitons
激子
1.
Binding energies of excitons in symmetrical GaAs/Al_(0.3)Ga_(0.7) As double quantum wells;
对称GaAs/Al_(0.3)Ga_(0.7)As双量子阱中激子的束缚能
2.
Nanocrystals ZnO luminescence of excitons between visible band and ultraviolet band;
纳米ZnO在可见和紫外波段的激子发光
3.
The trial wave functions of ρ and Z to couple are developed inthis paper, the binding energies of excitons in Ⅱ type In_(1-x) Ga_xAs /GaSb_(1-y)As_yquantum wells are calculated by means of variational method.
该文提出ρ和Z相耦合的试探波函数,采用变分法计算了Ⅱ型量子阱In_(1-x)Ga_xAs/GaSb_(1-y)As_y中激子的结合能。
5) excition
激子
1.
The phenomenon of localization of an excition in the quantum system is analyled with two-level system theory.
研究了外场驱动下非对称耦合量子点分子中激子的动力学行为。
2.
The phenomenon of the saturated absorption of the excition in the silicon nanoparticle is observed,and the maximum nonlinear refractive index change at 554 nm is about -6.
用泵浦 -探测技术研究了氢化纳米硅薄膜 (nc- Si:H)的非线性光学性质 ,观察到纳米 Si中激子的光吸收饱和现象 ,测得实验用样品在波长 5 5 4nm处有最大的折射率改变量Δn=- 6 。
3.
The recent development of CQED has resulted in a major boost to both experimental and theoretical investigations of excition phenomena in semiconductor .
半导体微腔中腔量子电动力学现象已成为近年来研究的热点,本文对量子阱中激子效应对微腔激光器的影响进行了研究。
6) exciton-exciton collision
激子-激子碰撞
参考词条
补充资料:阻挡层
分子式:
CAS号:
性质:夹在绝热层-衬层/推进剂之间阻挡组分迁移的薄层材料,用以防止由于组分迁移而引起的界面脱黏和性能变化,常用带有活性基团和高交联密度的聚合物,或金属薄膜(如铝箔)作为阻挡层。
CAS号:
性质:夹在绝热层-衬层/推进剂之间阻挡组分迁移的薄层材料,用以防止由于组分迁移而引起的界面脱黏和性能变化,常用带有活性基团和高交联密度的聚合物,或金属薄膜(如铝箔)作为阻挡层。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。