As the rapid development of industrial economy,massiveconsumption of fossil energy leads to increasingly seriousenvironmental pollution.Thus.it is highly obliged to developgreen,efficient and robust technologies for f...As the rapid development of industrial economy,massiveconsumption of fossil energy leads to increasingly seriousenvironmental pollution.Thus.it is highly obliged to developgreen,efficient and robust technologies for fuel production andpollution remediation.Semiconductor-based photocatalysiscould realize the production of fuel chemicals,selectivetransformation/degradation of organic pollutants and eveninactivation of microorganisms by using the solar-to-chemicalenergy conversion hence possesses scientific significance andgreat application potential.Besides,multidisciplinarilyinvolving semiconductor physics.catalysis and surface science,photocatalysis has become one of the most attractive andpioneering research fields all over the world.展开更多
文摘As the rapid development of industrial economy,massiveconsumption of fossil energy leads to increasingly seriousenvironmental pollution.Thus.it is highly obliged to developgreen,efficient and robust technologies for fuel production andpollution remediation.Semiconductor-based photocatalysiscould realize the production of fuel chemicals,selectivetransformation/degradation of organic pollutants and eveninactivation of microorganisms by using the solar-to-chemicalenergy conversion hence possesses scientific significance andgreat application potential.Besides,multidisciplinarilyinvolving semiconductor physics.catalysis and surface science,photocatalysis has become one of the most attractive andpioneering research fields all over the world.
