太阳电池材料

GaInP2/GaAs/Ge叠层太阳电池材料的低压MOCVD外延生长

Lp-mocvd growth of gainp_2 / gaas / ge two-junction series-connected tandem solar cells

主链含方酸的PPV型共聚物与C60衍生物（PCBM）共混后，具有较好的光伏效应，是一类有前景的太阳电池材料。

The devices made of the polymers containing squaric acid unit and blend C60 derivative ( PCBM ) have good photovoltaic effect , and prospect for application in solar cells .

叠层三结高效太阳电池材料的选定。

The material choice of triple junction high-efficiency solar cells .

太阳电池材料的极限参数

The limit parameters of materials for solar cells

脉冲激光沉积方法制备太阳电池材料硫化锡及其性质的研究

Preparation and Characterization of Tin Sulfide as a Solar Cell Material Grown by Pulsed Laser Deposition

本文从能带理论出发，讨论了各种太阳电池材料的光电转换极限参数。

From the energy zone theory , we discuss the limit parameters for various materials , for solar cells .

这两种材料均有储量丰富，无毒无害的特点，符合第三代太阳电池材料的要求，有着广阔的应用前景。

These two materials are nontoxic and their constituents are abundant which meet the requirements of the third generation solar cells .

本文报道了硅太阳电池材料制备技术的现状，对低价硅材料的纯化与成晶技术进行了讨论。

In this paper , the technological status of the preparation of silicon materials is reviewed and detailed discussion on the refining and crystallizing technologies for low cost silicon materials are also given .

Mo/Si衬底上生长GaAs：由于面积大，价格低和结晶性能较好，GaAs/Mo/Si材料可能成为有前途的太阳电池材料；

The growth of GaAs on the Mo / Si substrate . GaAs / Mo / Si is likely to be a kind of promising solar-cell material because of large area , low cost and good crystalline characteristics .

以低成本、操作简便的热壁外延技术，在廉价衬底上成功获得晶体质量好、光学和电学性能适合制作太阳电池基底材料的GaAs薄膜。

By simple Hot Wall Epitaxy ( HWE ), GaAs thin films were prepared on cheap substrate , which possessed good structure , electronic and optical features and were suitable for polycrystalline thin film solar cell .

硅基薄膜太阳电池窗口材料的研究进展

Progress in Research on Window Materials of Silicon Film Solar Cells

最后展望了太阳电池窗口材料的研究和发展趋势。

Finally the development trend of window materials of solar cell is proposed .

用此方法可以获得性能良好的硅太阳电池衬底材料。

Using this approach , ceramic silicon sheets with good performances will be obtained by adjusting sintering condition .

因此降低太阳电池组件材料的热阻，加大太阳电池冷却的温差成为重要的任务。

Therefor both decreasing material thermal resistance of the module and increasing temperature difference in cooling become very important . 3 .

研究发现：当前太阳电池组件材料与结构下，太阳电池组件内部热阻太大，导致表面放热系数对于传热的影响减小。

It was found that under present material and structure of solar photovoltaic module the interior thermal resistance was extremely large that lowered the effect of exterior convective heat transfer coefficient on the heat transfer rate .

综述了硅基薄膜太阳电池窗口材料的发展及应用现状，比较分析了几种常用窗口材料的光电性能，并讨论了掺杂剂的影响。

The development and application status of window materials of silicon film solar cell are reviewed , and the optoelectronic properties of several common window materials are compared . Furthermore , the influence of adulterants is discussed .

与传统的无机半导体太阳能电池相比，染料敏化太阳电池对材料和工艺的要求低，成本低廉，光电转化效率高（目前最高已达到13%），因而作为新一代太阳能电池受到人们广泛的关注。

Dye-sensitized solar cells ( DSCs ), as a new generation of solar cells , have attracted significant attentions due to their low cost , simple process and high photoelectric conversion efficiency , compared with traditional inorganic semiconductor solar cells .

本文认为，制作高效率太阳电池的硅材料，除常规要求外，还应对其深中心浓度有严格的要求，即DLTS谱中不出现明显的谱峰。

More strict requirements have to be imposed on the deep level centers so that the solar cell efficiency will not be seriously deteriorated , that is , no obvious peaks should be allowed to appear in the DLTS spectrum .

温度交变环境对薄膜太阳电池相关层材料性能的影响

Influence of variational temperature by turns on the properties of the materials of the film solar cells

太阳电池特性由材料、设计和工艺决定，太阳电池直流模型则可描述其电特性。

The characteristics of a solar cell depends on the raw material , its design and manufacturing process .

从太阳电池组件背板材料着手，研究了增强太阳电池的散热途径。

This paper starts from the solar cell component backplane materials , researching the way to enhance cooling .

这种材料用孤立和部分填充的中间带表征，是高效太阳电池的候选材料。

This material , characterized by an isolated and partially filled intermediate band , is a candidate for high-efficiency solar cells .

本文采用气相沉积的方法，以FTO玻璃作为基底，合成出了具有缓冲层的ZnO纳米线阵列，并将它们作为太阳电池的光阳极材料。

In this paper , we synthesized the ZnO nanowire arrays with buffer layer on the FTO glass substrate by using chemical vapor deposition . And then they were used as photoanode .

多晶硅太阳电池组件及封装材料的研究

Polycrystalline silicon solar cell module and encapsulation material

结合太阳电池理论和半导体材料的电子辐照效应给出了合理的解释。

This result has been explained properly by combined with theories of solar cell and electron irradiation effect of semiconductor .

太阳级硅材料是制造廉价太阳电池的理想材料。

The cost of terrestrial solar cells can be lowed substantially if solar cells were fabricated from solar grade Silicon .