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Planetary System
The experimental study of equations of state by static and shock wave methods has been greatly extended and the theoretical study of the materials of... -
Integral Excitation Functions as a Tool to Decipher the Solar Record in Extraterrestrial Matter
A large variety of stable and radioactive nuclides is produced by the interaction of cosmic ray particles with extraterrestrial matter. In order to... -
Measurement and Hybrid Model Analysis of Integral Excitation Functions for α-Induced Reactions on Vanadium and Manganese
α-induced reactions on vanadium and manganese have been investigated for energies between 12 and 172 MeV. Using the stacked-foil technique 28... -
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Contribution of cosmic rays to radiation exposure of the population
To evaluate the exposure of the Hungarian population to cosmic rays, the absorbed dose rate in air of cosmic radiation was directly measured by high...
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Planetary System
The purpose of this paper is to present the relativistic perturbations in the osculating elements of all planets due to the theory of general... -
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Indigenous abundances of siderophile elements in the lunar highlands: Implications for the origin of the moon
Substantial indigenous abundances of siderophile elements have been found to be present in the lunar highlands. The abundances of 13 siderophile...
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Thermal evolutions of the terrestrial planets
The thermal evolution of the Moon, Mercury, Mars, Venus and hypothetical minor planets is calculated theoretically, taking into account conduction,...