<http://schema.org/description>
"Contents / p1 (0003.jp2)\nChapter 1 Introduction / p1 (0007.jp2)\n1.1 General / p1 (0007.jp2)\n1.2 Practical Factors Affecting the Dielectric Performance of SF\u2086 Gas Insulated Apparatus / p4 (0010.jp2)\n1.3 A Review of Earlier Investigations on Particle-initiated Breakdown Characteristics in Compressed SF\u2086 Gas / p12 (0018.jp2)\n1.4 Purpose and Scope of the Present Study / p17 (0023.jp2)\nChapter 2 Dependence of Electrostatic Field along the Electrode and Insulator Surfaces on Their Geometrical Profiles / p21 (0027.jp2)\n2.1 Introduction / p21 (0027.jp2)\n2.2 Surface Breakdown Characteristics under Particle-contaminated Conditions / p22 (0028.jp2)\n2.3 Basic Improvement Methods of Particle-initiated Breakdown Voltage with the Shapes of Electrode and Surface / p25 (0031.jp2)\n2.4 Field Calculation and Accuracy Evaluation / p31 (0037.jp2)\n2.5 Field Distribution Dependence on Shape Parameters of Electrode and Surface / p36 (0042.jp2)\n2.6 Conclusions / p54 (0060.jp2)\nChapter 3 Influence of Electrode Shape on Particle-initiated Breakdown / p56 (0062.jp2)\n3.1 Introduction / p56 (0062.jp2)\n3.2 Experimental Setup and Procedures / p57 (0063.jp2)\n3.3 Experimental Results / p64 (0070.jp2)\n3.4 Discussion / p72 (0078.jp2)\n3.5 Conclusions / p80 (0086.jp2)\nChapter 4 Influence of Surface Shape on Particle-initiated Breakdown / p81 (0087.jp2)\n4.1 Introduction / p81 (0087.jp2)\n4.2 Experimental Setup and Procedures / p82 (0088.jp2)\n4.3 Experimental Results / p85 (0091.jp2)\n4.4 Discussion / p98 (0104.jp2)\n4.5 Conclusions / p105 (0111.jp2)\nChapter 5 Improvement of Particle-initiated Flashover Characteristics by Changing Electrode and Surface Shapes / p107 (0113.jp2)\n5.1 Introduction / p107 (0113.jp2)\n5.2 Experimental Setup and Procedures / p108 (0114.jp2)\n5.3 Experimental Results / p110 (0116.jp2)\n5.4 Discussion / p123 (0129.jp2)\n5.5 Conclusions / p138 (0144.jp2)\nChapter 6 Characteristics of Unipolar Ion Flow Field and Discharge Model in SF\u2086 Gas under Non-uniform Electric Field / p139 (0145.jp2)\n6.1 Introduction / p139 (0145.jp2)\n6.2 Principle of the Biased Probe Method / p140 (0146.jp2)\n6.3 Theoretical Analysis of Unipolar Ion Flow Field / p146 (0152.jp2)\n6.4 Experimental Setup and Procedures / p149 (0155.jp2)\n6.5 Experimental Results / p151 (0157.jp2)\n6.6 Discussion on Discharge and Ion Flow Field Models / p160 (0166.jp2)\n6.7 Conclusions / p167 (0173.jp2)\nChapter 7 Concluding Remarks / p169 (0175.jp2)\n7.1 Overall Conclusions / p169 (0175.jp2)\n7.2 Future Subjects for Improving the Reliability of Compressed-gas Insulated Apparatus / p173 (0179.jp2)\nReferences / p175 (0181.jp2)\nAcknowledgements / p185 (0191.jp2)\n\u535A\u58EB\u8AD6\u6587\n"^^<http://www.w3.org/2001/XMLSchema#string>
<http://ci.nii.ac.jp/naid/500000093282>