Analytical and numerical computed models are developed for reverse pulse cleaning system of candle ceramic filters. A standard turbulent model is demonstrated suitably to the designing computation of reverse pulse cle...Analytical and numerical computed models are developed for reverse pulse cleaning system of candle ceramic filters. A standard turbulent model is demonstrated suitably to the designing computation of reverse pulse cleaning system from the experimental and one dimensional computational result. The computed results can be used to guide the designing of reverse pulse cleaning system, which is optimum Venturi geometry. From the computed results, the general conclusions and the designing methods are obtained.展开更多
Reversed field pinch(RFP)and ultralow safety factor plasma experimental performances with pulsed discharge cleaning and siliconization on SWIP-RFP device are presented.The xvall siliconization ivas performed by using ...Reversed field pinch(RFP)and ultralow safety factor plasma experimental performances with pulsed discharge cleaning and siliconization on SWIP-RFP device are presented.The xvall siliconization ivas performed by using the device discharges.The experimental results with siliconization in RFP devices showed that the impurity concentrations were decreased in the plasma and better plasma parameters were obtained in the device.展开更多
基金TheNationalNaturalScienceFoundationofChina (No .5 9776 0 2 5 )andtheHi TechResearchandDevelopmentProgramofChina (S 86 3No.2 0 0 1AA3330 40 ) )
文摘Analytical and numerical computed models are developed for reverse pulse cleaning system of candle ceramic filters. A standard turbulent model is demonstrated suitably to the designing computation of reverse pulse cleaning system from the experimental and one dimensional computational result. The computed results can be used to guide the designing of reverse pulse cleaning system, which is optimum Venturi geometry. From the computed results, the general conclusions and the designing methods are obtained.
基金Supported by the National Natural Science Foundation of Chinathe Nuclear Science Foundation of China。
文摘Reversed field pinch(RFP)and ultralow safety factor plasma experimental performances with pulsed discharge cleaning and siliconization on SWIP-RFP device are presented.The xvall siliconization ivas performed by using the device discharges.The experimental results with siliconization in RFP devices showed that the impurity concentrations were decreased in the plasma and better plasma parameters were obtained in the device.