类似推荐
内容简介
《高电压技术专业英语阅读教程》以专业词汇学习和专业知识探索为主线条，编撰了高压技术基础知识和技术的专业英语文集，其中包括气、液、固态及复合电介质放电机理，高电压试验技术，高电压设备知识，极端条件下电介质放电现象研究，以及气体放电过程的非线性动力学现象等。
《高电压技术专业英语阅读教程》力争涵盖本专业的英语词汇并尽可能为增强专业知识提供专业前沿信息，可作为高等院校电气工程类高电压技术专业的高年级学生及研究生的专业英语阅读教材，也可供从事高电压电介质放电现象研究的科技人员与高压电气绝缘配合及结构设计的工程技术人员参考。
章节目录
Unit 1Gas Discharge Phenomena1.1Classification of Discharges1.2Current-voltage Characteristics of DC Discharge1.2.lNon-self-sustaining Discharge1.2.2Townsend Discharge1.2.3Glow Discharge1.2.4Transition to Arc Discharge1.3Townsend Breakdown1.4Production and Loss of Charges in a GasUnit 2Non-Destructive High-voltage Tests2.1Loss in a Dielectric2.2Measurement of the Conduction Current for Direct Voltage2.3Measurement of the Dissipation Factor for Alternating Voltage2.3.1Dielectric Loss and Equivalent Circuits2.3.2Measurement with the Sobering Bridge2.4Measurement of Partial Discharges at Alternating Volfages2.4.1External Partial Discharges2.4.2Internal Partial DischargesUnit 3Liquid and Composite Dielectrics3.1Liquid Characteristics3.2Solid Dielectrics3.3Composites3.4Estimation ancl Control of Electrical3.5Electric Fields3.6Uniformanci Non-Uniform Electric Fielcis3.7Estimation of Electric Field in Some Geometric Boundaries3.7.1Parallel Plates3.7.2Concentric Cylinders3.7.3Parallel Cylinders of Equal Diameter3.8Surge Voltages, Their Distribution Anti ControlUnit 4Breakdown in Air Gaps with Solid Insulating Barrier under Impulse Voltage Stress4.1Introduction4.2The First Approach for the Understanding of the Barrier Effect4.3Barriers with Opening4.4In Depth Investigation of the Breakdown Process4.5Quantitative Analysis of Spaces Charges4.6Flashover Around the Barrier without Penetration4.7Barrier Effect in Symmetric Fields4.8Investigations with Other Types of Voltages4.9ConclusionsUnit 5Specialized Knowledge of Cables5.1Material Technology5.2Conductor and Insulation Screens5.3Cable Design5.4Manufacturing5.5Installation Design5.6Joints/Terminations5.7Minute Step Voltage TestUnit 6Treeing Phenomena of XLPE Cable6.1Introcluction6.2Failures ofXLPE Cable6.3Treeing Phenomena in XLPE Cables6.4Electrical Trees and Mechanisms6.5Water Treesand MechanismsUnit 7Specialized Knowledge of Power Transformers7.1Features7.2Core7.3Winding7.3.1Hisercap Disk Winding (Interleaved Disk Winding)7.3.2Continuous Disk Winding7.3.3Helical Coil7.4Insulation Structure7.5Prevention of Internal Partial Discharge and Insulation7.5.1Treatment7.5.2Drying/Oil Filling Treatment7.5.3Removing Voids7.5.4Electric Field Control7.5.5Dust Control7.6Measures against Leakage Flux7.7Tank7.8Cooling System7.8.lSelf-cooled Type7.8.2Air-cooled-air-cooled7.8.3Forced-oil, Forced-air-cooled Type7.8.4Forced-oil, Water-cooled Type7.9Accessories7.9.1Oil Preservation System7.9.2Diaphragm-type Oil Preservation System (Type OH-D)7.9.3Dehydrating Breather (Types FG, FP, FS)7.9.4Dial Oil Level Indicator7.9.5Protective Relays7.9.6Buchholtz Relay7.9.7Liquid Temperature Indicator7.9.8Winding Temperature Indicator Relay7.9.9Pressure Relief Device7.10Low-noise Transformer7.11Construction of Cable Connection and GIS7.11.1Connection Cable Connection7.11.2GIS (Gas Insulated Switchgear) Connection7.11.3TransportationUnit 8Investigation of Sub-Nanosecond Breakdown through Computational Methods,8.1Introduction8.2Background Theory and Prior Research8.2.1Background Discharge Regimes in Pulsed Breakdown8.2.2Townsend Regime8.2.3Streamer Regime8.2.4Post Streamer Regime8.3Physical Processes in Picosecond Breakdown8.3.1Field Emission8.3.2Electron-Neutral Collisions8.3.3Runaway Electrons8.3.4Explosive Electron Emission8.4Recent Research EffortsUnit 9Numerical Simulation of Gas Discharge9.1Governing Equations9.1.1Two-Fluid Theory9.1.2Coefficients9.1.3Boundary Conditions9.2Model Eauations in Dimensionless Form9.2.1Numerical Approach and Results9.2.2Grid and Discretization9.2.38-Method9.2.4Time Step and Iteration9.2.5Boundary Conditions and Error9.3One Dimensional Model9.3.1Thomas Algorithm and Results9.3.2Two Dimensional Model9.3.3Successive Over Relaxation Method9.3.4Results9.3.5Convergence9.4Dynamic Characteristics of SF6-N2-CO2Gas Mixtures in DC Discharge Process9.4.1The Hybrid Computing Model9.4.2Development of the Avalanche and Streamer9.4.3Spatial Electric Field and Electron Velocity9.4.4Influence of PhotoionizationUnit 10Pattern Dynamics in a Two-dimensional Gas Discharge System10.1Introduction10.2Experiment10.3Model10.3.1Assumption10.3.2Specific Model10.3.3Constraint for the Constant Total Charge10.3.4Flowing Charge Density10.3.5Parameter Setting10.4Phenomena10.4.1Preparation: Behavior of Each Element Under the Global Constraint10.4.2Global Phase Diagram10.4.3DS Phase10.4.4LS Phase10.4.5Moving Spot Phase10.5Summary and Discussion10.5.1Summary10.5.2Comparison with the Experiment by Nasuno10.5.3Discussion附录1高电压技术常用词汇中英文对照附录2绝缘介质电特性中英文对照附录3美国工程索引(EI)对文摘的要求参考文献
高电压技术专业英语阅读是2015年由中国电力出版社出版,作者郑殿春。
得书感谢您对《高电压技术专业英语阅读》关注和支持，如本书内容有不良信息或侵权等情形的，请联系本网站。
