Very Low Frequency (VLF) Phenomena

A.R.W. Hughes.: Space Physics Research Institute University of Natal, Durban, South Africa A.K. Gwal.: Space Science Laboratory, Department of Electronics Barkatullah University, Bhopal, India Csaba Ferencz.: Space Research Group, Deptt. of Geophysics Eotvos University, Budapest, Hungary

INVITED PAPERS: Genesis of naturally generated VLF waves and associated electromagnetic wave mode phenomena: R.N. Singh
The triggering of atmospheric discharges by whistler induced electron precipitation: A.R.W. Hughes et al
The importance of direction finding technique in general VLF studies: M. Hayakawa et al
VLF emissions in planetary magnetosphere: A.C. Das
Parametric interactions of whistler mode waves and lower hybrid resonance waves in the upper ionosphere and magnetosphere: V.Y. Trakhtengerts et al
VLF and related research activities at the University of Victoria: R.E. Horita
Fine structure analysis of whistlers: R.P. Singh
Daytime discrete and periodic Very Low Frequency (VLF) emissions observed at Maitri station, Antarctica: A.K. Gwal et al
Methods for analyzing the structure and propagation characteristics of whistlers: J. Lichtenberger et al
Benefits of using the new full wave solution of Maxwell’s equations: Csaba Ferencz
Results of the application of the new full-wave model in the electron and ion-whistler research: Orsolya E. Ferencz
Cross-field diffusion at the magnetopause: role of boundary layer waves: G.S. Lakhina et al
A unified theory for micropulsation and flux transfer events: C. Uberoi
Propagation modes of low and very-low latitude whistlers: Birbal Singh et al
Magnetosphere-ionosphere coupling - a study by drift kinetic Alfven wave: P. Varma et al
Digital data loggers and time series analysis in reference to radio science experiments: P.N. Vijayakumar
CONTRIBUTORY PAPERS: On the generation of pulsating whistler waves in the presence of parallel AC electric field for loss-cone anisotropic magnetoplasma: R.P. Pandey et al
VLF waves in magnetosphere : effect of field aligned currents on whistler mode waves: Sushil Kumar et al
VLF noise bursts related to solar flares observed at Agra: Birbal Singh et al
On the generation of VLF pulsation at low latitude by loss-cone driven instability in the presence of perpendicular a.c. electric field: R.S. Pandey et al
An explanation of V–shaped emissions recorded at low-latitude ground station Jammu (L=1.17): Madhu Kaul Babu et al
Quiet time echo train whistlers and periodic VLF emissions at Jammu and inference of electron density: Rajou Kumar et al
Whistler-triggered periodic very low frequency emissions recorded at low latitude ground station Jammu: Rajesh Singh et al
Parametric excitation of whistler waves by gyrating ion beams: Harsha Jalori et al
On some spatial characteristics of ULF pulsations in the Indian region: D.R.K. Rao et al
Observation of daytime VLF hiss at Jammu (L=1.17): A.K. Dhamija et al
Formation and lifetime of whistler ducts at low/mid latitudes: R.P. Patel et al
A study on whistler mode waves and related phenomena: Ram Prakash et al