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1.A Study on the Artificial Hatching of Silkworm Eggs by Corona Ⅵ. Effect of Egg Layer Thickness on Artificial Hatching by Corona
桑蚕卵电晕人工孵化技术研究──Ⅵ.散卵层厚度对电晕人工孵化效果的影响收藏指正
2.The Study on Mechanism of Desulfuration and Denitration Based on Gas-Water Interface Corona Discharge Effect
气—水两相流体中电晕放电脱硫脱硝机理的研究收藏指正
3.Coupling of Methane Under Pulse Corona Plasma Ⅱ.Effect of Gas Additives
脉冲电晕等离子体作用下甲烷偶联反应的研究Ⅱ.反应添加气的影响收藏指正
4.Effect of Low Atmospheric Pressure on Corona Discharge
低气压对电晕放电的影响收藏指正
5.Synergic effect on SO 2 removal by pulsed corona with ammonia
氨与脉冲电晕等离子体脱除SO_2的协同效应收藏指正
6.Abstract: ：Experimental study concerning cleansing organic pollutant with corona plasma technology has been conducted, at exploring the effect of pulse peak voltage, pulse frequency, gas flow rate and gas inlet concentration on purified efficency.
文摘:对脉冲电晕等离子体技术净化有机污染物—正己烷进行了实验研究，考察脉冲成形电容、脉冲峰值电压、脉冲频率、气体流量、气体入口浓度等因素对净化效率的影响。收藏指正
7.The Heat-Engine Effect of the Material Exchange in Solar Super Atmosphere——The Model of the Chromosphere-Corona Transition Region
太阳高层大气物质交换的热机效应——色球-日冕过渡区模型收藏指正
8.Abstract: Based on the field measured lightning parameters it is concluded that lightning rods can not provide enough corona to avoid a lightning stroke.Therefore，it is unreasonable to explain the mechanism of lightning rods with the principle of neutralizing effect.
文摘:许多物理教材以尖端放电现象为例，说明避雷针“避雷”原理，本文从现场监测结果出发，说明避雷针不能干扰云中电荷分布，也不能影响雷击的发生，避雷针释放的离子流不能大量“中和”云中电荷，以阻雷击发生.收藏指正
9.The Study on the Effect of Altitude on the Corona Current and ion Current Density Electric Fielde Intesity at Ground in HVDC Power Transmission Line
海拔高度对直流输电线路电晕电流地面离子流密度及地面场强影响的研究收藏指正
10.The effect of alumina addition on dielectric properties of the composites was studied; the results show that the corona-resistant lifespan of PI film with 23% amount of alumina(counting as Al2O3) was more than 120 hours,about 30 times longer than pure PI film in the condition of 90 MV/m,50 Hz,0.1 mm air gap on the rod-plate electrode system which was made by us.
对PI薄膜的耐电晕性进行了测试,结果表明氧化铝质量百分数为23%的PI薄膜在棒板电极系统、气隙间距0.1 mm、50 Hz、90 MV/m条件下耐电晕时间达120 h以上,比纯PI薄膜提高30倍以上;收藏指正
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