Description

Book Synopsis
1 Electric strength.- 2 Insulating materials in high-voltage technology.- 3 Design and manufacture of high-voltage equipment.- Appendix: Tables and diagrams.- A.1 Utilization factors for simple electrode configurations.- A.1.1 Spherical configurations.- A.1.2 Cylindrical configurations.- A.1.3 Point and knife-edge configurations.- A.1.4 Circular ring configurations.- A.2 Electric strength of gas-insulated configurations.- A.2.1 Breakdown voltage in the homogeneous field.- A.2.2 Breakdown field strength of plate, cylinder and sphere electrodes.- A.2.3 Breakdown voltage of rod gaps in air.- A.3 Properties of insulating materials.- A.4 Properties of magnetic materials.

Table of Contents
1 Electric strength.- 2 Insulating materials in high-voltage technology.- 3 Design and manufacture of high-voltage equipment.- Appendix: Tables and diagrams.- A.1 Utilization factors for simple electrode configurations.- A.1.1 Spherical configurations.- A.1.2 Cylindrical configurations.- A.1.3 Point and knife-edge configurations.- A.1.4 Circular ring configurations.- A.2 Electric strength of gas-insulated configurations.- A.2.1 Breakdown voltage in the homogeneous field.- A.2.2 Breakdown field strength of plate, cylinder and sphere electrodes.- A.2.3 Breakdown voltage of rod gaps in air.- A.3 Properties of insulating materials.- A.4 Properties of magnetic materials.

High-Voltage Insulation Technology: Textbook for

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    A Paperback / softback by Dieter Kind

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      View other formats and editions of High-Voltage Insulation Technology: Textbook for by Dieter Kind

      Publisher: Springer Fachmedien Wiesbaden
      Publication Date: 01/01/1985
      ISBN13: 9783528085995, 978-3528085995
      ISBN10: 3528085991

      Description

      Book Synopsis
      1 Electric strength.- 2 Insulating materials in high-voltage technology.- 3 Design and manufacture of high-voltage equipment.- Appendix: Tables and diagrams.- A.1 Utilization factors for simple electrode configurations.- A.1.1 Spherical configurations.- A.1.2 Cylindrical configurations.- A.1.3 Point and knife-edge configurations.- A.1.4 Circular ring configurations.- A.2 Electric strength of gas-insulated configurations.- A.2.1 Breakdown voltage in the homogeneous field.- A.2.2 Breakdown field strength of plate, cylinder and sphere electrodes.- A.2.3 Breakdown voltage of rod gaps in air.- A.3 Properties of insulating materials.- A.4 Properties of magnetic materials.

      Table of Contents
      1 Electric strength.- 2 Insulating materials in high-voltage technology.- 3 Design and manufacture of high-voltage equipment.- Appendix: Tables and diagrams.- A.1 Utilization factors for simple electrode configurations.- A.1.1 Spherical configurations.- A.1.2 Cylindrical configurations.- A.1.3 Point and knife-edge configurations.- A.1.4 Circular ring configurations.- A.2 Electric strength of gas-insulated configurations.- A.2.1 Breakdown voltage in the homogeneous field.- A.2.2 Breakdown field strength of plate, cylinder and sphere electrodes.- A.2.3 Breakdown voltage of rod gaps in air.- A.3 Properties of insulating materials.- A.4 Properties of magnetic materials.

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