Research issues in developing compact pulsed power for high peak power applications on mobile platforms JA Gaudet, RJ Barker, CJ Buchenauer, C Christodoulou, J Dickens, ...
Proceedings of the IEEE 92 (7), 1144-1165, 2004
140 2004 Window breakdown caused by high-power microwaves A Neuber, J Dickens, D Hemmert, H Krompholz, LL Hatfield, ...
IEEE transactions on plasma science 26 (3), 296-303, 1998
134 1998 All solid-state high power microwave source with high repetition frequency JWB Bragg, WW Sullivan, D Mauch, AA Neuber, JC Dickens
Review of Scientific Instruments 84 (5), 2013
126 2013 High power microwave generation by a coaxial virtual cathode oscillator W Jiang, K Woolverton, J Dickens, M Kristiansen
IEEE transactions on plasma science 27 (5), 1538-1542, 1999
123 1999 High voltage subnanosecond breakdown J Mankowski, J Dickens, M Kristiansen
IEEE Transactions on Plasma Science 26 (3), 874-881, 1998
105 1998 Conduction and breakdown mechanismsin transformer oil M Butcher, AA Neuber, MD Cevallos, JC Dickens, H Krompholz
IEEE Transactions on Plasma Science 34 (2), 467-475, 2006
104 2006 Microbubble-based model analysis of liquid breakdown initiation by a submicrosecond pulse J Qian, RP Joshi, J Kolb, KH Schoenbach, J Dickens, A Neuber, ...
Journal of Applied Physics 97 (11), 2005
99 2005 Ferrimagnetic nonlinear transmission lines as high-power microwave sources JWB Bragg, JC Dickens, AA Neuber
IEEE Transactions on Plasma Science 41 (1), 232-237, 2012
84 2012 Interface breakdown during high-power microwave transmission AA Neuber, GF Edmiston, JT Krile, H Krompholz, JC Dickens, ...
IEEE transactions on magnetics 43 (1), 496-500, 2006
79 2006 Material selection considerations for coaxial, ferrimagnetic-based nonlinear transmission lines JWB Bragg, JC Dickens, AA Neuber
Journal of Applied Physics 113 (6), 2013
78 2013 Design and optimization of a compact, repetitive, high-power microwave system YJ Chen, AA Neuber, J Mankowski, JC Dickens, M Kristiansen, R Gale
Review of scientific instruments 76 (10), 2005
77 2005 High power lateral silicon carbide photoconductive semiconductor switches and investigation of degradation mechanisms D Mauch, W Sullivan, A Bullick, A Neuber, J Dickens
IEEE transactions on plasma science 43 (6), 2021-2031, 2015
70 2015 Efficiency enhancement of a coaxial virtual cathode oscillator W Jiang, J Dickens, M Kristiansen
IEEE transactions on plasma science 27 (5), 1543-1544, 1999
69 1999 High-power microwave surface flashover of a gas–dielectric interface at 90–760 torr G Edmiston, J Krile, A Neuber, J Dickens, H Krompholz
IEEE transactions on plasma science 34 (5), 1782-1788, 2006
67 2006 Longitudinal-shock-wave compression of SI Shkuratov, EF Talantsev, JC Dickens, M Kristiansen, J Baird
Applied Physics Letters 82 (8), 1248-1250, 2003
64 2003 Transverse shock wave demagnetization of SI Shkuratov, EF Talantsev, JC Dickens, M Kristiansen
Journal of Applied Physics 92 (1), 159-162, 2002
57 2002 A compact, repetitive, 500kV, 500 J, Marx generator AA Neuber, YJ Chen, JC Dickens, M Kristiansen
2005 IEEE Pulsed Power Conference, 1203-1206, 2005
55 2005 Design and evaluation of a compact silicon carbide photoconductive semiconductor switch C James, C Hettler, J Dickens
IEEE Transactions on Electron Devices 58 (2), 508-511, 2010
54 2010 DC and pulsed dielectric surface flashover at atmospheric pressure JT Krile, AA Neuber, JC Dickens, HG Krompholz
IEEE transactions on plasma science 33 (4), 1149-1154, 2005
52 2005 Microwave magnetic field effects on high-power microwave window breakdown D Hemmert, AA Neuber, J Dickens, H Krompholz, LL Hatfield, ...
IEEE Transactions on plasma science 28 (3), 472-477, 2002
51 2002 
Andreas NeuberDistinguished Horn Professor, AT&T Endowed Chair Professor, ECE Department, Texas Tech UniversityEmail yang diverifikasi di ttu.edu