An investigation of the diurnal variation of the cosmic ray intensity with different counter arrangements has been made. The results obtained are similar to those reported by previous investigators, except in the case of the meson intensity measured with the method of shower anticoincidences. Here a semidiurnal variation which is positively correlated with the semidiurnal variation of pressure has been found. An explanation in terms of the meson decay and the nature of the daily atmospheric oscillations has been suggested. The possibility of gaining knowledge about the altitude of the meson forming layer has been mentioned
Abstract: The periodicities of cosmic ray intensity variation are analyzed using Lomb-Scargle Fourie...
A study of the cosmic ray intensity data from high-latitude stations reveals an isotropic variation ...
The cosmic rays (CR) at sea level comprise particles from the extensive air showers (EAS). Their maj...
The daily variations of total cosmic ray intensity and the intensities of meson and electron compone...
The primary purpose of this investigation was to study the diurnal variation of cosmic-ray intensity
233-236The average behaviour of the daily variation of cosmic ray intensity has been studied for a l...
From an analysis of the data from the worldwide network of neutron monitor stations, the general cha...
The day-night variation of cosmic rays intensity at sea level has been observed by a simple G-M coun...
A study has been conducted at Ahmedabad during 1957 and 1958 of the time variations of meson intensi...
Because of the incomplete understanding of the processes which cosmic rays undergo in the atmosphere...
From a careful examination of the diurnal variation of cosmic ray intensity at high energies and the...
Cosmic ray intensity variations of primary origin and those caused by meteorological changes appear ...
From an extensive analysis of Deep River meson data for over 5 years, new temperature coefficients h...
A study of cosmic ray intensity variations has been conducted during 1956–57 at the equatorial mount...
Changes of the energy spectrum of primary cosmic radiation can be followed through the time variatio...
Abstract: The periodicities of cosmic ray intensity variation are analyzed using Lomb-Scargle Fourie...
A study of the cosmic ray intensity data from high-latitude stations reveals an isotropic variation ...
The cosmic rays (CR) at sea level comprise particles from the extensive air showers (EAS). Their maj...
The daily variations of total cosmic ray intensity and the intensities of meson and electron compone...
The primary purpose of this investigation was to study the diurnal variation of cosmic-ray intensity
233-236The average behaviour of the daily variation of cosmic ray intensity has been studied for a l...
From an analysis of the data from the worldwide network of neutron monitor stations, the general cha...
The day-night variation of cosmic rays intensity at sea level has been observed by a simple G-M coun...
A study has been conducted at Ahmedabad during 1957 and 1958 of the time variations of meson intensi...
Because of the incomplete understanding of the processes which cosmic rays undergo in the atmosphere...
From a careful examination of the diurnal variation of cosmic ray intensity at high energies and the...
Cosmic ray intensity variations of primary origin and those caused by meteorological changes appear ...
From an extensive analysis of Deep River meson data for over 5 years, new temperature coefficients h...
A study of cosmic ray intensity variations has been conducted during 1956–57 at the equatorial mount...
Changes of the energy spectrum of primary cosmic radiation can be followed through the time variatio...
Abstract: The periodicities of cosmic ray intensity variation are analyzed using Lomb-Scargle Fourie...
A study of the cosmic ray intensity data from high-latitude stations reveals an isotropic variation ...
The cosmic rays (CR) at sea level comprise particles from the extensive air showers (EAS). Their maj...