3-Dimensional Simulation on Electrical Conductivity of CuCr Contact Materials
スポンサーリンク
概要
著者
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MATSUMURA Toshiro
Nagoya University
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He J
Nagoya University
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He Junjia
Nagoya University
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Matsumura Toshiro
Nagoya Univ. Nagoya Jpn
関連論文
- Derivation of Receivable Power of Electronic Loads Connected to DC Distribution System on the Basis of Stability Criterion
- Estimation of Current Interruption for a Circuit Breaker Associated with Inductive Current-Limiter based on Mayr Model
- Effect of a Fault Current Limiter on Interrupting Condition under Breaker Terminal Fault Regime
- Effect of Fault Current Limiter on Transient Recovery Voltage across a Circuit Breaker under Breaker Terminal Fault Condition
- 3-Dimensional Simulation on Electrical Conductivity of CuCr Contact Materials
- Time Constants and Conductances of Wall-Stabilized Arcs Burning in Different Gases
- Conductance Diagnostics in Hot Gas Ejected from a Molded Case Circuit Breaker during High Current Arc Interruption
- Correlation between interrupting capability and airflow velocity distribution in flat-type arc quenching chamber
- Total Voltage Drops in Electrode Fall Regions of SF6 Arcs between Electrodes of Cu-W,Cu,Fe,Ti,C and W in Current Range from 10 to 20000A (特集:ガス絶縁およびガス絶縁機器)
- Relationship between Rate of Rise of Recovery Voltage across a Breaker Connected with Fault Current Limiter and Current for Zero-Kilometer Fault Regime
- 3-Dimensional Simulation on Electrical Conductivity of CuCr Contact Materials
- Conductance of hot gas on occurrence of arcing phenomenon under different electrode-shape conditions
- Thermal Breakdown in High Temperature CO_2 and Air Impressed with DC Voltage at Atmospheric Pressure
- Anode-fall voltages of Air Arcs Between Electrodes of Cu, Ag and W at Currents up to 1500A
- Recent Activities of Technical Committees on Electrical Discharges, on High Voltage Engineering and on Switching and Protecting Engineering of the IEE of Japan
- Fundamental Interruption-Experiment on IGBT Type Low-Voltage DC Model Circuit Breaker for Various Circuit Time-Constants