水热法制备氧化铟及其表征

Preparation and Characterization of Indium Oxide by Hydrothermal Method

随着我国经济的加速发展和人民日益增长的生活需求,化石燃料在其中起到了不可忽视的作用,但是它每年所带来的环境问题也是有目共睹的。太阳能是可再生能源,其产物环保、绿色、无污染。太阳能是一种相对来说更加安全,更加清洁的能源,能够在一定程度上取代化石能源。正因为这样,人类对太阳能的利用也越来越重视,随着研究的深入,太阳能技术也不断被人们应用到污水处理的问题上。为了提高对太阳光的利用率和可见光响应的半导体材料,利用水热法制备对可见光响应的光催化半导体——氧化铟,并研究它的微观形貌尺寸以及光电化学性能。

With the accelerated development of our national economy and the growing needs of the people,fossil fuels play an important role in it,but the environmental problems it brings every year are also obvious to all.Solar energy,a renewable energy,is environmentally friendly,green and pollution-free.Solar energy is a relatively safer and cleaner energy,and we can replace fossil energy to some extent.Because of this,people pay more and more attention to the use of solar energy.With the deepening of research,solar energy technology is constantly applied to sewage treatment.In order to improve the utilization of solar light and the semiconductor materials responding to visible light,we use hydrothermal method to study the photocatalytic half of visible light response.Conductor--indium oxide,and study its micro morphology,size and photoelectrochemical properties.