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第二阳极作用     
相关语句
  second anode action
     Study of improvement of cathode vacuum arc stability by second anode action
     第二阳极作用改善阴极真空弧沉积中弧放电稳定性的研究
短句来源
     The second anode action of the filtering duct and the equivalent circuit of the filtered cathode vacuum arc discharge
     磁过滤真空弧沉积中过滤管道的第二阳极作用研究
短句来源
  second anode
     Study of improvement of cathode vacuum arc stability by second anode action
     第二阳极作用改善阴极真空弧沉积中弧放电稳定性的研究
短句来源
     The second anode action of the filtering duct and the equivalent circuit of the filtered cathode vacuum arc discharge
     磁过滤真空弧沉积中过滤管道的第二阳极作用研究
短句来源
     The inlet flange of the deposition chamber was found to behave as a second anode and considerably weaken the influence of focusing magnetic field on the stability of arc discharge characteristics in film growth by vacuum arc plasma deposition,when either the anode or the cathode of our lab made plasma source,called MEVVA,is grounded.
     介绍了阴极真空弧沉积中 ,弧源在阴极接地和阳极接地两种不同工作状态下的工作特性。 发现阳极接地时 ,因沉积靶室入口法兰的第二阳极作用 ,聚焦磁场对弧源放电稳定性的影响不如阴极接地时明显。
短句来源
  second a node action
     Study of improvement of cathode vacuum arc stability by second anode action
     第二阳极作用改善阴极真空弧沉积中弧放电稳定性的研究
短句来源
     The second anode action of the filtering duct and the equivalent circuit of the filtered cathode vacuum arc discharge
     磁过滤真空弧沉积中过滤管道的第二阳极作用研究
短句来源
  “第二阳极作用”译为未确定词的双语例句
     Influence of Chamber Wall as 2nd Anode on Vacuum Arc Plasma Deposition
     阴极真空弧沉积中靶室第二阳极作用对系统性能的影响
短句来源
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  second anode
When a second anode was introduced into an operating MFC the acclimation time was not reduced and the total power did not increase.
      
Events can be lost if the photo-electron travels into a second anode volume.
      


Investigations about the MEVVA plasma source performance in cathodic vacuumare deposition are presented. Becarse of the second anode action of the grounded-chamber,the influence of the focus magnetic field to the stability of the arc discharge is weakened with ground-anode than that with grounded-cathode. Therefore, higher ion intensity and more stable working state are observed with grounded-anode.

介绍了阴极真空弧沉积中,弧源在阴极接地和阳极接地2种不同工作状态下的工作特性.发现阳极接地时,因沉积靶室入口法兰的第二阳极作用,聚焦磁场对孤源放电稳定性的影响不如阴极接地时明显.因此可以加较高的聚焦磁场,从而获得电流较大和较稳定的沉积离子束.

When the magnetic filter duct is biased positively 30~60 V relative to the cathode of a MEVVA plasma source, a cathodic vacuum arc discharg e is generated between the duct and the cathode. With this modified vacuum arc d eposition apparatus, the effects of the focusing magnetic field on the cathodic arc discharge and the plasma transport are studied. It is shown that as the focu sing magnetic filed increases, the scale of the arc discharge between the filter duct and the cathode enlarges, and the efficiency...

When the magnetic filter duct is biased positively 30~60 V relative to the cathode of a MEVVA plasma source, a cathodic vacuum arc discharg e is generated between the duct and the cathode. With this modified vacuum arc d eposition apparatus, the effects of the focusing magnetic field on the cathodic arc discharge and the plasma transport are studied. It is shown that as the focu sing magnetic filed increases, the scale of the arc discharge between the filter duct and the cathode enlarges, and the efficiency of plasma transport increases , but the scale of the arc discharge between the anode and the cathode of the ME VVA source decreases.

在 90°磁过滤管道和阴极之间加一 30~ 6 0V的正偏压可使磁过滤管道起到阴极弧放电第二阳极的作用 .在此情况下对聚焦磁场对MEVVA源阳极 阴极以及磁过滤管道 阴极 2个回路弧放电和磁过滤管道传输效率的影响进行了实验研究 .研究表明 ,随聚焦磁场升高 ,MEVVA源阳极和阴极之间的弧放电规模减小 ,而磁过滤管道和阴极之间的弧放电规模增大 ,并且系统的等离子体传输效率也随之升高 .

When magnetic filter duct is biased positively 30~60 V relative to the cathode of a MEVVA plasma source, cathodic vacuum arc discharge is generated between the duct and cathode. With this modified vacuum arc deposition apparatus, the effects of filter duct magnetic field on cathodic arc discharge and plasma transport are studied. It is shown that the scale of the arc discharge between filter duct and cathode decreases with, and the efficiency of plasma transport increases with increasing filtering magnetic...

When magnetic filter duct is biased positively 30~60 V relative to the cathode of a MEVVA plasma source, cathodic vacuum arc discharge is generated between the duct and cathode. With this modified vacuum arc deposition apparatus, the effects of filter duct magnetic field on cathodic arc discharge and plasma transport are studied. It is shown that the scale of the arc discharge between filter duct and cathode decreases with, and the efficiency of plasma transport increases with increasing filtering magnetic filed. Duct magnetic field has no effect on arc discharge between the anode and cathode of the MEVVA plasma source.

在 90°磁过滤管道和MEVVA源阴极之间加一 30~ 60V的正偏压 ,可使磁过滤管道起到阴极弧放电第二阳极的作用 .在此情况下对磁过滤管道磁场对MEVVA源阳极 阴极以及磁过滤管道 阴极 2个回路弧放电以及磁过滤管道等离子体传输效率的影响进行了实验研究 .研究表明 ,磁过滤磁场升高 ,磁过滤管道和阴极之间的弧放电规模降低 ,系统的等离子体传输效率升高 ,但对MEVVA源阳极和阴极之间的弧放电规模影响不大 .

 
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