The manufacture of solar cells by printing;

Numerical simulation of i-layers thickness on a-Si:H p-i-n solar cell devices;

Preparation of nc-Si∶H film and HIT solar cell;

Study of rhenium bipyridyl photosensitive dyes used for solar cells;

Synthesis of photosensitive-dyes used for solar cells;

Advances in gel electrolytes of dye-sensitized solar cells;

An experimental results are reported here on the photoluminescence researched in terms of the solar battery made up of polycrystalline silicon.

This paper introduces a design of low power consumption of remote terminal unit based on solar battery,so as to realize the data supervision and control in no power supply.

Solar battery is the first generation product with substrate of single crystalline Si or multiple crystalline Si at present.

This paper discusses that people research and apply on the forward position science of physics-superconduction, nanometer sci-tech, solar energy cell, points out that great development of modern physics and interfusion and interpenetration with high new technology will have magnificent developing prospect.

It is an important material used in the solar energy cells as absorption layer.

The development of the silicon materials used for solar energy cells at home and abroad is introduced.

In this paper, porphyrin and its derivatives as photosynthetic reaction center that mimic certain aspects of photoinduced electron transfer and energy transfer, attractive candidates for organic solar cells, molecular optoelectronic devices, organic light-emitting diodes,data storage, and other ap.

In recent years, the study of organic solar cells has attracted much interest and obtained great achievements due to their low cost, easy of fabrication, and procession temperatures which are suitable for fabrication onto lightweight plastic substrates.

The research progress of the materials and devices of organic solar cells were summarized systematically in this dissertation.