This paper discusses the effects of active carbon adsorption and light accelerant spray in eliminating indoor formaldehyde by use of mathematical simulation and experiments respectively.
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通过光电离子高压静电场、光触媒、冷触媒、少量臭氧强力祛除甲醛、苯、氨等有毒气体;
Ion high-voltage electrostatic field through the optical, ultraviolet, photocatalyst, cold catalyst, a small amount of ozone strongly dispel formaldehyde, benzene, ammonia and other toxic gases;