D. Grubor

发表

Response of the Earth’s lower ionosphere to the Ground Level Enhancement event of December 13, 2006

K. Kudela, V. Žigman, D. Grubor, 2014 .

Wind pattern variations as indicated by the effect of wind shear mechanisms in the lower thermosphere

P. Stupar, D. Grubor, 1988 .

Influence of solar X-ray flares on the earth-ionosphere waveguide

D. Šulić, V. Žigman, D. Grubor, 2005 .

Comparative Analysis of VLF Signal Variation along Trajectory Induced by X-ray Solar Flares

A. Kolarski, D. Grubor, 2015 .

Classification of X-ray solar flares regarding their effects on the lower ionosphere electron density profile

D. Šulić, V. Žigman, D. Grubor, 2008 .

D-region electron density evaluated from VLF amplitude time delay during X-ray solar flares

V. Žigman, Davorka Grubor, D. Šulić, 2007 .

Lower-ionosphere electron density and effective recombination coefficients from multi-instrument space observations and ground VLF measurements during solar flares

C. Rodger, M. Clilverd, M. Dominique, 2023, Journal of Atmospheric and Solar-Terrestrial Physics.

Sensing the Earth’s low ionosphere during solar flares using VLF signals and goes solar X-ray data

A. Kolarski, D. Grubor, 2014, 1405.4128.

A method of including sporadic E in the ionospheric Ne(h) models

D. Grubor, 1991 .

Possible effects of the ion redistribution in the dynamo region caused by sequential sporadic E layers

D. Grubor, 1990 .

Observations of the day-to-day variability of the Sq(H) variation and the ion redistribution in the dynamo region

D. Grubor, 1988 .

Ray-tracing analysis of multicomponent whistlers propagating in the asymmetric interhemispheric plasma

D. Šulić, D. Grubor, 1996 .

Diagnostics of the Solar X-Flare Impact on Lower Ionosphere through the VLF-NAA Signal Recordings

D. Šulić, A. Kolarski, D. Grubor, 2011 .

Numerical rise time calculations for obliquely propagating BY pulses

D. Grubor, 1995 .