MODELS OF FUNDAMENTAL LIGHTNING PROCESSESProperties of Lighting-Leader Pulses, C.E. BaumAnalytic Return-Stroke Transmission-Line Model, C.E. Baum and L. BakerAn Introduction to Leader Tip Modeling, C.E. Baum and R.L. GardnerLightning Return Stroke: A Numerical Calculation of the Optical Radiation, A.H. Paxton, R.L. Gardner, and L. BakerReturn-Stroke Transmission Line Model, L. BakerNatural Frequencies of a Post with a Lightning Return Stroke, F.C. Yang and K.S.H. LeeMotion of Ion Clouds in Air, C.E. BaumReturn-Stroke Initiation, C.E. BaumPROPAGATION OF LIGHTNING-INDUCED SIGNALSReview of Propagation Effects for Pulse Transmission, J.R. WaitEffect of the Propagation Path on Lightning-Induced Transient Fields, R.L. GardnerMEASUREMENT OF LIGHTNING PARAMETERSSubmicrosecond Risetimes in Lightning Return-Stroke Fields, C.D. Weidman and E.P. KriderThe Fine Structure of Lightning Return-Stroke Waveforms, C.D. Weidman and E.P. KriderObservation of Lightning in the Frequency and Time Domains, J.E. Nenevicz, E.F. Vance, and J.M. HammUHF-UVF Radiation from Lightning, M. Le Boulche, J. Hamelin, and C. WeidmanA Study of Lightning Initiation Based on VHF Radiation, J.P. Moreau and P.L. RustanOn the Interception of the Lightening Discharge, V. Scuka et alElectromagnetic Properties of Lighting Channels Formation and Propagation, G. Labaune, P. Richard, and A. BondieuElectromagnetic Measurement and Location of Lightning, C.E. Baum, J.P. O'Neill, E.L. Breen, D.L. Hall, and C.B. MooreExperimental Study of the Electromagnetic Characteristics of Lightning Discharge in the 200 Hz-20 MHz Band, C. Leteinturier and J. HamelinSimultaneous Measurement of Current, Electromagnetic Fields, and Optical Emission from a Lightning Stroke, L. Baker, R.L. Gardner, A.H. Paxton, C.E. Baum, and W. RisonLIGHTNING INTERACTION WITH SYSTEMSCurrent and Voltage on a Telecommunications Cable by a Lightning