cu2s

Results indicated that the synthesized nanocrystals were β - Cu2S with monodispersity .

结果证明所制备的Cu2S纳米晶是单分散性的p型Cu2S纳米晶。

Using general PET fiber as basic material , coated with ployacrylonitrile at first and then the electric conductive Cu2S .

用普通PET纤维作为基体，在其表面镀上一层聚丙烯腈，再在聚丙烯腈上镀复导电的Cu2S，制得具有与普通PET纤维基本相同物理性能的导电纤维。

After tested the photoelectric of CdS / Cu2S bilayers better than CdS monolayer .

经测试CdS/Cu2S双层膜的光导电性优于CdS单层膜的。

The effect of CaO / Cu2S ratio is remarkable and C / Cu2S ratio is not in the presence of catalyst .

CaO／Cu2S的作用明显，而C／Cu2S的作用不显著。

The measurments on the flaws of sintering cds / cu2s solar cell by using the laser scanning optoacoustic microprobe

用激光扫描光声微探针探测烧结CdS/Cu2S电池的缺陷

In this paper , we present a new method " Laser Beam Transient Absorbance " to study Cu2S layer growth kinetics in preparing Cu2S / CdS solar cells .

本文报道了激光瞬态吸收法对Cu2S/CdS太阳电池制备过程中Cu2S层生长动力学的研究。

The experimental formulae of Cu2S / CdS solar cell efficiency and the high density Cu2S layer thickness ( junction depth xj ) were thus derived .

电池效率与高浓度Cu2S层厚度（结深）成正比，与铜过渡区厚度成反比。

Results are summarized as follows : 1 . Cu2S nanocrystals were synthesized in the organic system of TOPO / TOP by using CuO and S as precursor .

主要内容如下：1.在有机体系TOPO/TOP中用CuO与S粉作为前驱体合成了Cu2S纳米晶。

The reason for the improvement of the phosphor maintenance is attributed to the improvement of the condition of Cu2S phase , but not that the of luminescent center .

我们认为处理后老化性能改善的原因，不是改善了发光中心的条件，可能是改善了Cu2S相的条件，因而抑制了离子的迁移。

In the experiment found that the CdS thin films without annealing and then depositing Cu2S was easy to fall off , annealing above 500 ℃ the bilayer membrane deficit .

实验过程中发现，在未经退火处理的CdS薄膜上沉积Cu2S时，易脱落，退火处理高于500℃时，双层膜缺陷多。

It is caused by Cu2S . In the TL glow curves of CaS : Cu phosphors , a single peak has been observed . The peak temperature is about 120 ?

在Cas：Cu~+的热释发光曲线中，显示单一热释发光峰，峰值温度为120℃，该热释发光峰有可能用作紫外剂量材料。

In the absence of catalyst , but the reduction rate of copper is low , and the effect of C / Cu2S ratio is obvious and that of CaO / Cu2S ratio is very small .

在未加催化剂情况下，铜还原率低，C／Cu2S的作用明显，CaO／Cu2S的影响甚微；