I. Dorman

发表

The beginning of cosmic ray astrophysics

L. Dorman, I. Dorman, 2014 .

Thunderstorms' atmospheric electric field effects in the intensity of cosmic ray muons and in neutron monitor data

G. Villoresi, L. Dorman, N. Iucci, 2003 .

Cosmic-ray atmospheric electric field effects

L. Dorman, I. Dorman, 1995 .

PROPAGATION OF ENERGETIC PARTICLES THROUGH INTERPLANETARY SPACE ACCORDING TO THE DATA OF 11-YR COSMIC-RAY VARIATIONS.

L. Dorman, I. Dorman, 1967 .

Solar wind properties obtained from the study of the 11‐year cosmic‐ray cycle: 1

L. Dorman, I. Dorman, 1967 .

Numerical simulation and analytical description of solar neutron transport in the Earth's atmosphere

L. Dorman, J. Valdés-Galicia, I. Dorman, 1999 .

How cosmic rays were discovered and why they received this misnomer

L. Dorman, I. Dorman, 2014 .

Evolution of the Ideas About the Heliosphere and Cosmic Ray Modulation in Interplanetary Space

L. Dorman, I. Dorman, 1990 .

Hysteresis between solar activity and cosmic rays during cycle 22: the role of drifts, and the modulation region

G. Villoresi, L. Dorman, N. Iucci, 2001 .

Possible influence of cosmic rays on climate through thunderstorm clouds, 2. Observations in different cosmic ray components

G. Villoresi, L. Dorman, N. Iucci, 2004 .

On the Possibility of Atmospheric Electric Field Effect in Cosmic Ray Neutron Component

G. Villoresi, L. Dorman, N. Iucci, 1995 .