1) hole trap
空穴阱
2) hole trap
空穴陷阱
1.
It is found that the trap effect of the sensitization centers varies from the hole trap to deep electron trap with the change of sensitization conditions.
实验发现,随增感条件的不同,增感中心发生了由空穴陷阱作用向深电子陷阱作用的转变。
2.
It is found that the doped formate ions act as hole traps cap.
将不同位置甲酸根离子掺杂的立方体AgCl乳剂又经相同条件的硫加金或感绿染料增感后,采用微波吸收介电谱检测技术对样品在脉冲激光作用下所产生的光电子衰减信号进行检测,通过分析光电子的衰减特性,发现甲酸根离子仍然能发挥其空穴陷阱效应,而且自由光电子的衰减时间和寿命与未增感的掺杂乳剂随掺杂位置的变化趋势一致。
3.
The electron and hole traps play an important role in the mechanism of PSL.
在 1 0 0～ 4 0 0nm范围内 ,BaFBr以及BaFBr∶O样品的吸收谱中存在四个宽的吸收带 ,表明紫外和真空紫外光可激发或电离占据氟离子格位的O2 -离子 ,氧在BaFBr光激励发光材料中可充当空穴陷阱。
3) hole in the air
气穴;气阱
4) Void
[英][vɔɪd] [美][vɔɪd]
空穴
1.
Design method of reinforcement over voids and discussion;
空穴加筋的设计方法及讨论
2.
Furthermore,three ductile damage mechanisms were proposed,which are shear damage without the influence of voids, shear-form void damage and tensile form void damage.
以45中碳钢为研究对象,进行了拉伸、压缩、扭转、精冲实验,并结合有限元对各实验过程中的应力三轴度和延性损伤进行了分析,归纳了金属材料的3种延性损伤机理:无空穴影响剪切损伤、剪切型空穴损伤和拉伸型空穴损伤。
3.
The isolated big void behavior in the tension PM specimen has been ana lyzed by Gurson constitutive model.
讨论了不同位置和不同形状的微空洞对空穴形核、长大及材料的破坏机理的影响。
5) hole
[英][həʊl] [美][hol]
空穴
1.
Essential Explain on Holes——misunderstanding for the concept of holes in some electronic books can be dearified;
空穴的本质阐释——澄清一些电子学教材对空穴概念的不确切含义
2.
It was concluded that after hole-electron pairs were induced by ultraviolet light,the hole then oxidized methanol directly,forming methanol free radical cation,which would be further oxidized in the .
TiO2受光诱导生成空穴-电子对后,空穴直接氧化甲醇,生成的甲醇正离子在氧气作用下进一步被氧化,形成各种氧化产物。
3.
The hole-blocking characteristics of organic light emitting materials DPVBi were discussed.
讨论了有机发光材料4,4-′b is(2,2-′d iphenyl vinyl)-1,1-′b iphenyl(DPVB i),在结构为ITO/N,N-′b is-(1-naphthyl)-N,N-′d iphenyl-1,1-′b iphenyl-4,4-′d iam ine(NPB)/DPVB i/tris-(8-hydroxyqu inoline)alum inum(A lq3)/L iF/A l的有机电致发光器件中所表现出来的空穴阻挡特性。
6) cavity
[英]['kævəti] [美]['kævətɪ]
空穴
1.
Insulation effect of the cavity on stress wave;
空穴的绕射隔离效应和对后方应力波的削弱作用
2.
Study on Phenomenon of Negative Air Pressure of Cavity in Interfacial Medium with Tensile Test;
空穴负压现象的界面拉伸试验研究
3.
The relationship between the external load and the cavity radius was determined.
利用Gao Y C给出的一类应变能函数,在有限变形动力学的框架内分析了不可压缩均匀球体突受拉伸恒载作用时空穴的动态生成和分叉问题。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条