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Range-Energy Relation and Masses of the New Particles

Data up to Jan 2025

Published1955
Citations47
References20

Total Citations Per Year

Abstract

References (20)

Atomic Shielding Constants

1930 • 2,758 citations

Nuclear Physics C. Nuclear Dynamics, Experimental

1937 • 869 citations

Zur Bremsung rasch bewegter Teilchen beim Durchgang durch Materie

1933 • 826 citations

Passage of Heavy Particles through Matter

1953 • 290 citations

The Stopping Power of<mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mi>K</mml:mi></mml:math>-Electrons

1952 • 231 citations

The Determination of Gamma-Ray Energies from Beta-Ray Spectroscopy and a Table of Critical X-Ray Absorption Energies

1952 • 124 citations

Range Energy Relation for 340-Mev Protons

1951 • 86 citations

Energy Loss by 8.86-Mev Deuterons and 4.43-Mev Protons

1955 • 69 citations

The Stopping Powers of Various Elements for Protons of Energies from 400 to 1050 kev

1954 • 64 citations

The Spatial Asymmetry of Cerenkov Radiation as a Function of Electron Energy

1943 • 51 citations

Calcul général de la relation parcours-énergie des particules dans les émulsions ou un milieu ralentisseur quelconque. Application numérique à l'émulsion Ilford C2

1953 • 37 citations

The Range and Straggling of Protons between 35 and 120 Mev

1951 • 37 citations

Mean Excitation Potentials

1953 • 22 citations

Further discussion of the Kμ decay modedecay mode

1955 • 22 citations

The Absolute Energy Loss of 18-Mev Protons in Various Materials

1951 • 20 citations

Range and Specific Ionization for High-Energy Protons in Nuclear Emulsions

1954 • 14 citations

Experimental Determinations of Stopping Powers Using Alpha-Particles of 15 to 37 Mev

1949 • 13 citations

Mean Excitation Potentials

1954 • 12 citations

Range of 208±4-Mev Protons in G5 Nuclear Emulsion

1955 • 10 citations

Direct Measurement of the Effect of Polarization on Energy Loss

1955 • 6 citations

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Range-Energy Relation and Masses of the New Particles (1955) – Physical Review | Metascience Observatory Explorer