Glass Tube Capillary Arcs in Copper Vapor
スポンサーリンク
概要
- 論文の詳細を見る
The arcing behavior under the circumstance of rich copper vapor in a capillary glass tube were experimentally observed by currents and voltages and spectroscopic method. The arc voltage is affected by the inner diameter of glass tube, the higher arc voltage is, the narrower inner diameter of glass tube is, under otherwise same experimental conditions. It is supposed by the spectral measurement that the arc voltage in a capillary glass tube depents on the arrangement of copper vapor surrounding the arc column. It seems reasonable to consider that the arc voltage increases higher according to the copper vapor layer surrounding arc column forcing the ac current channel to narrow as the inner diameter of glass tube is rendered smaller.
- 社団法人 電気学会の論文
- 2004-04-01
著者
-
Arai Satoaki
Tokyo Denki University
-
Arai Satoaki
Tokyo Denki Univ.
-
MAIRA Eruzada
Tokyo Denki University
-
Maira E
Tokyo Denki University
関連論文
- Gas Flow in the Tube and Pressure in the Pressure Chamber of the Switch Model
- High Arc Voltage Generation Mechanism of Capillary Arcs in Metal Vapor
- Simulation of Switching Arc Using Modified Mayr Arc Model
- Simulation of Switching Arc Using Modified Mayr Arc Model
- Investigation on the Occurrence Domain of Three Phase Simultaneous Interruption in Breaking Low Current Using a Vacuum Switch in a Cable Circuit
- Ablated Mass of Arc Extinguish Chamber caused by Load Breaking Current
- Arc Column Diameter at the Outlet of Arc Extinction Tubes
- 負荷開閉器消弧室の消耗質量
- Examination of Arc Parameters of Mayr Equation in the Interception Model
- Examination on Gas Flow in the Tube and Pressure in the Pressure Chamber of the Model Switch
- Glass Tube Capillary Arcs in Copper Vapor
- Glass Tube Capillary Arcs in Copper Vapor