Abstract
This set of notes was prepared in conjunction with a one-week course given by Charlie Martin at Hull University in June of 1973. The notes serve as an excellent supplement to his, “Nanosecond Pulse Techniques” and an introduction to other AWRE publications.
SSWA/JCM/HUN/5 June 1975
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References
“Volume Effect of the Pulse Breakdown Voltage of Plastics”, J.C. Martin, SSWA/JCM/6511A (reprinted as AFWL Dielectric Strength Note No 3). (Section 8a)
Breakdown Strength of ‘Tediar’ Polyvinyl Fluoride Film as a Function of Volume Stressed”, I.D. Smith, AFWL Dielectric Strength Note No 6.
“DC and Pulse Breakdown of Thin Plastic Films”, I.D. Smith, AFWL Dielectric Strength No 8.
“Revision of Breakdown Data Concerning Mylar”, I.D. Smith, AFWL Dielectric Strength Note No 5.
“Pulsed Breakdown of Large Volumes of Mylar in Thin Sheets”, J.C. Martin, SSWA/JSM/673/27 (reprinted as AFWL Dielectric Strength Note No 14). (Section 8c)
“Pulse Life of Mylar”, J.C. Martin, SSWA/JCM/6611/106 (reprinted as AFWL Dielectric Strength Note No 11). (Section 8b)
“Comparison of Breakdown Voltages for Various Liquids under One Set of Conditions”, J.C. Martin, SSWA/JCM/1164/8 (reprinted as AFWL Dielectric Strength Note No 1). (Section 7a)
“Impulse Breakdown of Deionised Water”, I.D. Smith, SSWA/JCM/ 6511/8 (reprinted as AFWL Dielectric Strength Note No 4).
“Impulse Breakdown of Deionised Water with Asymmetric Fields”, P.D.A. Champney, AFWL Dielectric Strength Note No. 7.
“Further Breakdown Data Concerning Water”, I.D. Smith, AFWL Dielectric Strength Note No 13.
“Pulse Breakdown of Transformer Oil”, I.D. Smith, AFWL Dielectric Strength Note No 2.
“Breakdown of Transformer Oil”, I.D. Smith, AFWL Dielectric Strength Note No 12.
“Velocity of Propagation of High Voltage Streamers in Several Liquids”, H.G. Herbert, SSWA/HGH/6610/104 (reprinted as AFWL Dielectric Strength Note No 10). (Section 7b Appendix)
“Nanosecond Pulse Breakdown in Gases”, D, Felsenthal and J.M. Proud, Tech Report No RADC-TR-65-142, Rome Air Development Center, Griffins Air Force Base, New York, June 1965.
“High Speed Pulse Breakdown of Pressurised Uniform Gaps”. J.C. Martin, SSWA/JCM/708/107. (Section 6c)
“Pressure Dependency of the Pulse Breakdown of Gases”, J.C. Martin, SSWA/JCM/679/71. (Section 6a)
“Results from Two Pressurised Edge Plane Gaps”, J.C. Martin and I. Grimshaw, SSWA/JCM/729/319.
“High Speed Breakdown of Pressurised Sulphur Hexafluoride and Air in Nearly Uniform Gaps”, J.C. Martin, SSWA/JCM/732/380. (Section 10d)
“Pulse Charged Line for Laser Pumping”, J.C. Martin, SSWA/JCM/ 732/373. (Section 12d)
“Early Data on High Field Gradient Systems”, J.C. Martin, SSWA/JCM/HUN/2.
“Light Sources and Kerr Cell Modulators”, J.C. Martin, SSWA/ JCM/HUN/3.
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Martin, J.C. (1996). Hull Lecture No. 1 Dielectric Breakdown and Tracking. In: Martin, T.H., Guenther, A.H., Kristiansen, M. (eds) J. C. Martin on Pulsed Power. Advances in Pulsed Power Technology, vol 3. Springer, Boston, MA. https://doi.org/10.1007/978-1-4899-1561-0_5
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DOI: https://doi.org/10.1007/978-1-4899-1561-0_5
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