Gaseous Dielectrics VIII, Volume 8Loucas G. Christophorou, James K. Olthoff Springer Science & Business Media, 1999 M01 31 - 639 pages Seventy-six papers from the June 1998 symposium discuss recent advances and developments in many basic, applied, and industrial areas of gaseous dielectrics. They are divided into sections covering: basic physics of gaseous dielectrics, basic mechanisms, simulations/breakdown in gas mixtures, partial discharges/diagnostics, high pressure gas dielectrics, gas decomposition/particles, environmental aspects/recycling, surface discharges/design engineering, and gas-insulated equipment. Some papers are followed by a short discussion. Also included are transcripts from two discussion groups--other industrial applications of gaseous dielectrics and data bases, and SF6 substitutes. Annotation copyrighted by Book News, Inc., Portland, OR |
Contents
II | 3 |
III | 13 |
IV | 15 |
V | 21 |
VI | 23 |
VII | 29 |
VIII | 31 |
IX | 37 |
LXIX | 345 |
LXX | 351 |
LXXI | 353 |
LXXII | 359 |
LXXIII | 361 |
LXXIV | 367 |
LXXV | 369 |
LXXVI | 375 |
X | 39 |
XI | 45 |
XII | 51 |
XIII | 57 |
XIV | 63 |
XV | 69 |
XVI | 73 |
XVII | 79 |
XVIII | 85 |
XIX | 91 |
XX | 97 |
XXI | 103 |
XXII | 105 |
XXIII | 111 |
XXIV | 113 |
XXV | 125 |
XXVI | 131 |
XXVII | 133 |
XXVIII | 139 |
XXIX | 141 |
XXX | 147 |
XXXI | 155 |
XXXII | 161 |
XXXIII | 167 |
XXXIV | 169 |
XXXV | 179 |
XXXVI | 181 |
XXXVII | 187 |
XXXVIII | 189 |
XXXIX | 195 |
XL | 197 |
XLI | 203 |
XLII | 205 |
XLIII | 211 |
XLIV | 213 |
XLV | 219 |
XLVI | 225 |
XLVII | 231 |
XLVIII | 237 |
XLIX | 239 |
L | 252 |
LI | 253 |
LII | 262 |
LIII | 263 |
LIV | 267 |
LV | 269 |
LVI | 275 |
LVII | 277 |
LVIII | 283 |
LIX | 289 |
LX | 295 |
LXI | 301 |
LXII | 307 |
LXIII | 313 |
LXIV | 319 |
LXV | 325 |
LXVI | 331 |
LXVII | 333 |
LXVIII | 343 |
LXXVII | 377 |
LXXVIII | 379 |
LXXIX | 385 |
LXXX | 387 |
LXXXI | 393 |
LXXXII | 395 |
LXXXIII | 402 |
LXXXIV | 403 |
LXXXV | 409 |
LXXXVI | 411 |
LXXXVII | 417 |
LXXXVIII | 423 |
LXXXIX | 425 |
XC | 430 |
XCI | 431 |
XCII | 442 |
XCIII | 443 |
XCIV | 450 |
XCV | 451 |
XCVI | 457 |
XCVII | 459 |
XCVIII | 465 |
XCIX | 471 |
C | 473 |
CI | 479 |
CII | 481 |
CIII | 487 |
CIV | 489 |
CV | 495 |
CVI | 497 |
CVII | 503 |
CVIII | 505 |
CIX | 511 |
CX | 517 |
CXI | 519 |
CXII | 527 |
CXIII | 529 |
CXIV | 539 |
CXV | 541 |
CXVI | 546 |
CXVII | 547 |
CXVIII | 553 |
CXIX | 555 |
CXX | 557 |
CXXI | 564 |
CXXII | 565 |
CXXIII | 571 |
CXXIV | 573 |
CXXV | 579 |
CXXVI | 581 |
CXXVII | 587 |
CXXVIII | 589 |
CXXIX | 601 |
CXXX | 615 |
CXXXI | 625 |
| 633 | |
| 637 | |
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Common terms and phrases
applied voltage atoms breakdown voltage calculated Chem CHF3 CIGRE circuit CO₂ concentration conductor corona corona discharges current pulse decomposition density detection dielectric strength dissociation distribution drift velocity Edited by Christophorou effect electric field Electric Power Electrical Insulation electron attachment emission environmental equipment experimental flashover function gas insulated gas mixtures gas pressure Gaseous Dielectrics VIII gases high voltage higher IEEE IEEE Trans impulse breakdown impulse voltage increase induced charge ionization cross section ions L. G. Christophorou lightning impulse measured metallic particle molecules N₂ negative nitrogen non-uniform field observed Ontario Hydro partial discharge PDIV PET film Phys plasma polarity positive power frequency prebreakdown production pure SF ratio reaction recycling SF6 content SF6 gas SF6-N2 mixtures shown in Figure shows spacer streamer Sulfur Hexafluoride temperature thermal transformer void waveform