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Stanford VLF Group

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Recent Papers

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

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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...

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PERTURBATION THEORY


Heating and ionization of the lower ionosphere by lightning

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Inan, US, Bell TF, Rodriguez JV.  1991.  Heating and ionization of the lower ionosphere by lightning. Geophysical Research Letters. 18:705-708.
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A cyclotron resonance mechanism for very-low-frequency whistler-mode sideband wave radiation. I - Introduction and description of external resonances. II - Description of internal ('trapped') resonances. III - Effect of the inhomogeneity on sideband reson

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Sa, L  A  D.  1989.  A cyclotron resonance mechanism for very-low-frequency whistler-mode sideband wave radiation. I - Introduction and description of external resonances. II - Description of internal ('trapped') resonances. III - Effect of the inhomogeneity on sideband reson. Journal of Applied Physics. 66:3482-3514.
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