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Stanford VLF Group

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Recent Papers

  • Zhelavshaya, IS,... Empirical Modeling of the Plasmasphere Dynamics...
  • Kabirzadeh, R,... Early/fast VLF events produced by the quiescent...
  • Zhelavskaya, IS,... Automated determination of electron density from...
  • Sato, M,... Horizontal distributions of sprites derived from...
  • Adachi, T,... Identifying the occurrence of lightning and...

Recent Theses

  • Compston, A Global Estimate of Lightning Energy Injected Into...
  • Blaes, PR Remote Sensing and Statistical Analysis of the...
  • Kabirzadeh, R Multi-Scale 3D Modeling of Mesospheric Electric...
  • Li, J D Nonlinear Amplification and Generation of Very...
  • Zoghzoghy, FG Statistical Analysis and Modeling Lightning Using...

Biblio

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Filters: Author is Armstrong, W. C.  [Clear All Filters]
1978
Doolittle, J  H, Armstrong W  C, Katsufrakis J  P, Carpenter DL.  1978.  Wave-induced particle precipitation effects at Siple Station. XIII. 4:204.
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1980
Helliwell, RA, Doolittle J  H, Armstrong W  C, Carpenter DL, Mende SB.  1980.  Correlation between lambda 4278 optical emissions and VLF wave events observed at L approximately 4 in the Antarctic. Journal of Geophysical Research. 85:3376-3386.
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Mende, SB, Arnoldy R  L, Cahill, Jr. L  J, Doolittle J  H, Armstrong W  C, Fraser-Smith A  C.  1980.  Correlation between lambda 4278-A optical emissions and a Pc 1 pearl event observed at Siple Station, Antarctica. Journal of Geophysical Research. 85:1194-1202.
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1987
Armstrong, W  C.  1987.  Lightning triggered from the earth's magnetosphere as the source of synchronized whistlers. Nature. 327:405-408.
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