• Fishman, P. M., C.-R. Liu, P. A. Bello, A statistical model for burst duration and time between bursts for WBHF atmospheric noiseIEEE Military Communications ConferenceInst. of Electr. and Electron. Eng.McLean, Va., 1991.
  • Hall, H. M., A new model of “impulsive” phenomena: Applications to atmospheric noise communications channelsTech. Rep. 3412-8 and 7050-7, SU-SEL-66-052Electron. Lab., Stanford Univ., Stanford, Calif., 1966.
  • Herman, J. R., X. A. DeAngelis, Bandwidth expansion effects on the voltage deviation parameter (Vd) of MF and HF atmospheric radio noise, Radio Sci., 22, 2636, 1987.
  • , Int. Telecomm. Union, Radiocommun. Assem. (ITU-R),Characteristics and applications of atmospheric radio noise data,CCIR Rep. 322-3,Geneva,1986. (Reprinted as Radio noise,Recomm. P. 372-6,Int. Telecomm. Union, Radiocommun. Assem.,Geneva,1994.).
  • Lemmon, J. J., Wideband model of man-made HF noise and interference, Radio Sci., 32, 525539, 1997.
  • Lemmon, J. J., andC. J. Behm, Wideband HF noise/ interference modeling, part II, Higher-order statistics,NTIA Rep. 93-293,Natl. Telecommun. and Inf. Admin.,Washington, D. C.,1993. (Available as PB 93–174696 fromNatl. Tech. Inf. Serv.,Springfield, Va.).
  • Spaulding, A. D., andJ. S. Washburn, Atmospheric radio noise: Worldwide levels and other characteristics,NTIA Rep. 85-173,Natl. Telecommun. and Inf. Admin.,Washington, D. C.,1985. (Available as PB 85–21942 fromNatl. Tech. Inf. Serv.,Springfield, Va.).
  • Uman, M. A., The Lightning Discharge, Academic, San Diego, Calif., 1987.
  • Vogler, L. E., J. A. Hoffmeyer, A model for wideband HF propagation channels, Radio Sci., 28, 11311142, 1993.
  • Watterson, C., J. Juroshek, W. Bensema, Experimental confirmation of an HF channel model, IEEE Trans. Commun. Tech., COM-18, 792803, 1970.