目的研究一种新型的等离子体-光催化复合空气净化技术。
Objective To develop a new technique of air purification by plasma combined with photocatalysis .
开发的两种产生低温非平衡态等离子体的电源具有成本低、体积小等优点，适用于室内空气净化。
Two types of power supply generating non-equilibrium plasmas are developed and suitable for application of indoor air purification due to small size and low cost.
介绍了目前国际上较先进的低温非平衡态等离子体空气净化技术。
An internationally advanced air purification technique by non-equilibrium plasmas is introduced.
目的研究一种新型非热等离子体空气净化器并观察其杀菌效果。
Objective To develope a new-type non-thermal plasma air purifier and observe its germicidal efficacy.
管道式纳米等离子净化装置涉及一种空气净化装置，具体为一种用于通风管道的综合空气净化装置。
A pipeline type nano-plasma purification device relates to an air purification device, in particular to the comprehensive air purification device for a ventilation pipeline.
展望了等离子体空气净化技术研究的前景并指出了存在问题。
The future study of development of this technology is prospected, the problems to be solved and the study subjects are pointed out.
展望了等离子体空气净化技术研究的前景并指出了存在问题。
The future study of development of this technology is prospected, the problems to be solved and the study subjects are pointed out.
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