Long term characteristics of solar and galactic cosmic rays, as revealed by the study of their nuclear effects in lunar, meteoritic and terrestrial samples are summarised. The data so far available on radioisotopes, noble gases and tracks, though limited, are consistent with nearly constant fluxes and composition during different epochs over billions of years; one exception is 14C activity in the earths atmosphere over the past few hundred years, suggesting a variation in the solar activity. Other small or brief variations, which cannot be ruled out as yet, require better estimation of depth and size dependence of nuclear effects in rocks before they can be attributed to cosmic rays
A possible mechanism of solar variability influence upon the Earth’s climate is related to a link be...
The current understanding of climate change in the industrial age is that it is predominantly caused...
Aims. Lunar soil and rocks are not protected by a magnetic field or an atmosphere and are continuous...
Long term characteristics of solar and galactic cosmic rays, as revealed by the study of their nucle...
The long term variations of the intensity of solar cosmic rays, galactic cosmic rays, and the solar ...
Several methods of determining meteorite ages depend ages upon nuclides formed by cosmic ray interac...
Abstract Galactic cosmic rays (GCRs) arriving at Earth, interact with nuclei of atmospheric gases l...
The nuclides and the heavy-nuclei ''tracks'' made by the interactions of solar and galactic cosmic-r...
The intensity of cosmic rays in the inner solar system is observed to vary with time over a variety ...
Different fluxes and spectra of galactic cosmic rays (GCR) and solar cosmic rays result in a wide va...
The production rates of cosmogenic nuclides in lunar samples and meteorites are directly related to ...
Recent results on cosmic ray interactions in lunar samples and meteorites resulting in productio...
We present a new generation of model calculations for cosmogenic production rates in various types o...
Summary. A brief review of the research of atmospheric effects of cosmic rays is presented. Numerica...
The global processes that determine cosmic ray modulation are reviewed. The essential elements of th...
A possible mechanism of solar variability influence upon the Earth’s climate is related to a link be...
The current understanding of climate change in the industrial age is that it is predominantly caused...
Aims. Lunar soil and rocks are not protected by a magnetic field or an atmosphere and are continuous...
Long term characteristics of solar and galactic cosmic rays, as revealed by the study of their nucle...
The long term variations of the intensity of solar cosmic rays, galactic cosmic rays, and the solar ...
Several methods of determining meteorite ages depend ages upon nuclides formed by cosmic ray interac...
Abstract Galactic cosmic rays (GCRs) arriving at Earth, interact with nuclei of atmospheric gases l...
The nuclides and the heavy-nuclei ''tracks'' made by the interactions of solar and galactic cosmic-r...
The intensity of cosmic rays in the inner solar system is observed to vary with time over a variety ...
Different fluxes and spectra of galactic cosmic rays (GCR) and solar cosmic rays result in a wide va...
The production rates of cosmogenic nuclides in lunar samples and meteorites are directly related to ...
Recent results on cosmic ray interactions in lunar samples and meteorites resulting in productio...
We present a new generation of model calculations for cosmogenic production rates in various types o...
Summary. A brief review of the research of atmospheric effects of cosmic rays is presented. Numerica...
The global processes that determine cosmic ray modulation are reviewed. The essential elements of th...
A possible mechanism of solar variability influence upon the Earth’s climate is related to a link be...
The current understanding of climate change in the industrial age is that it is predominantly caused...
Aims. Lunar soil and rocks are not protected by a magnetic field or an atmosphere and are continuous...