Analysis of Key Technology Parameters of a-Si: H Prepared by APCVD

Annealing Effects on a-Si: H Density of states in Gap by Field Effect Method

用场效应法研究退火对a-Si∶H隙态密度的影响

Studies for large area a-Si thin solar cell

600mm×1200mm大面积非晶硅薄膜太阳电池研究

Calculation of internal electric field and collection efficiency in a-si: h solar cells

a-Si（H）太阳电池内电场及收集效率的计算

Effect of laser wavelength on laser crystallization mechanism of a-Si SOI

激光波长对SOI激光结晶机理的影响

A Study of High Quality TCO Film Used in a-Si: H Solar Cell

非晶硅太阳能电池用优质TCO膜研究

Effects of Trap Models on Properties of a-Si Solar Cells

陷阱分布模型对非晶Si太阳电池性能的影响

Study of surface defects on the a-si: h films

a－Si：H薄膜的表面缺陷研究

Analysis of the Field Effect Measurement for the Gap State Density in a-Si Films

非晶硅隙态密度的场效应测量分析方法

The Influence of Short Range Parameters for a-Si on Its Electronic Structures

非晶硅短程序与电子结构关系的量子化学研究

New Technique for Improving the Interface of a-Si Solar Cells

改善a-Si太阳电池界面特性的新方法

Optimized Design of High Efficiency and Stability a-Si Solar cells

高效稳定a-Si太阳电池的优化设计

Analysis of a-Si solar cell performance under low illumination

非晶硅太阳电池在弱光条件下的性能分析

The possibility of reference cells made by a-Si solar cells

用非晶硅太阳电池制作标准电池的可能性

Sometimes I get breakthroughs during other moments of the day say, while running or walking but nothing, so far, beats those a-ha moments in the shower.

我有时在其他时间也会获得突破，比如在跑步或走路时，不过到目前为止，还没有什么比洗澡更好的。

We're not talking about applying a system tuning checklist, or a couple of" a-ha!" moments.

我们不是说应用一个系统调优检查表，或者两个a-ha！时刻。

Sometimes, a fresh look at things may provide you with an" A-ha, I didn't know you could do that!"

有时，重新审视某些事情可能让您遇到“啊哈，我没想到它能做到这一点！”

The form distribution of the iron and manganese in the A-Ha Lake near the Guiyang City were studied.

研究了贵阳市郊的阿哈湖水库中铁、锰的形态分布。

The speciation and distribution of iron and manganese in the A-Ha Lake, Guiyang City

贵阳市阿哈湖水库中铁、锰的形态分布

A-ha! At least we know it's a him.

啊-哈！至少我们知道他是个男的。

AIM: To analyze the differences in cognitive function and clinical situation between two groups by strictly settle the grouping condition of amnestic mild cognitive impairment ( aMCI) and mild Alzheimer's disease ( AD).

目的：通过对遗忘型轻度认知功能损害（简称轻度认知功能损害）和极轻度阿尔茨海默病的入组条件进行严格的量化界定，分析两组受试者的认知功能和临床表现的差异。