Broken mechanism of straight copper wires near terminal due to lightning high impulse current
スポンサーリンク
概要
著者
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Iwao Toru
Tokyo City University
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Iwao Toru
Department Of Electrical And Electronic Engineering Musashi Institute Of Technology
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Inaba Tsuginori
Department Of Electrical Electronic And Communication Engineering Chuo University
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HU Xiaobo
Chuo University
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Otsuka Takahiro
Development Group Toko Electric Corporation
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Hu Xiaobo
Department Of Electrical Electronic And Communication Engineering Chuo University
関連論文
- Study on Atmospheric Pressure Plasma Reactor for Biphenyl Decomposition
- Heat Transfer of Pulsed Arc as a Function of Current Frequency and Pulsed Width Ratio
- Heat Transfer of Pulsed Arc as a Function of Current Pulse Width Ratio
- Development of Alternative Method of Blasting and Ultra-High Adhesive Strength Thermal Spray Coatings by Vacuum Arc Treatment
- Movement of Vacuum Arc Cathode Spots on SS400(Fe+C) Surface with Oxide Layer
- Lateral Gas Flow for Fluctuating Anode Attachment
- Thickness of Oxide Layer for Movement of Cathode Spots in Low-Pressure Arc
- Split Process of Low-Pressure Arc Cathode Spots on SS400 Surface with Oxide Layer
- Movement and Tracking of Low-Pressure Arc Cathode Spots on SS400 Surface with Oxide Layer
- Movement of Cathode Spots on SS400 Surface with Oxide Layer
- Analysis of Radiation Power Emitted from Argon Arc Mixed with Iron Vapor for Ultraviolet Rays Sterilization
- Measurement of Arc Time Constant under External Magnetic Field
- Split Process of Low-Pressure Arc Cathode Spots on SS400(Fe+C) Surface with Oxide Layer
- Broken Mechanism of Straight Copper Wires due to Lightning High Impulse Current
- Breakage of Curved Copper Wires Caused by High Impulse Current of Lightning
- Expectation of breakage mechanism of curved wires caused by lightning impulse current
- Broken characteristic of curved thin copper wires due to lightning high impulse current
- Broken mechanism of straight copper wires near terminal due to lightning high impulse current
- Temperature Distribution Variation of Anode Jet Affected by Iron Vapor Concentration
- Dependence on Pulse Frequency of Arc for Iron Vapour and Radiation Power Distribution
- Removal Process of Oxide Layer on Metal Surface using Cathode Spot in Vacuum Arc
- Effects of Metal Vapor for Temperature Distribution of Transient Arc in Pulsed TIG Welding
- Conductance and Temperature Distribution of Arc with Decreasing Current
- Contribution of Radiation Increment of SF_6 Arc Affected by Electrode Tip Angle and Gas Flow Rate
- Temperature Change with Time near Anode in Pulsed Arc Affected by Current Increment Ratio
- Removal Process of Oxide Layer on Metal Surface using Cathode Spot in Vacuum Arc
- Dependence on Pulse Frequency of Arc for Iron Vapour and Radiation Power Distribution
- Dependence on Pulse Frequency of Arc for Iron Vapour and Radiation Power Distribution
- Removal Process of Oxide Layer on Metal Surface using Cathode Spot in Vacuum Arc
- Temperature Distribution Variation of Anode Jet Affected by Iron Vapor Concentration
- Removal Process of Cathode Spot of Vacuum Arc with Vapor from Oxide Layer
- Improvement of Color Rendering Spectrum Affected by Scandium Vapor Mixed with High Temperature Argon Medium
- Heat Transfer to Anode Affected by Current Increment Ratio in Pulsed Arc Welding
- Heat Transfer to Anode Affected by Current Increment Ratio in Pulsed Arc Welding
- Removal Process of Cathode Spot of Vacuum Arc with Vapor from Oxide Layer
- Improvement of Color Rendering Spectrum Affected by Scandium Vapor Mixed with High Temperature Argon Medium
- Temperature Distribution Variation of Anode Jet Affected by Iron Vapor Concentration