A Calibration Measurement of Multiple Scattering of Slow μ-Mesons by the Constant Sagitta Method

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概要

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• Multiple scattering observations have been carried out on 103 slow cosmic-ray μ-mesons coming to rest in G5 emulsions. The emulsions were coated, exposed and processed at a depth of about 17 m.w.e. underground. It is shown that the constant sagitta scheme recommended by the Gottingen group gives satisfactorily constant mean sagittae with increasing residual range at least in the region of velocity 0≲β≲0.46. Observations of 81 μ-mesons are also described which were done by the scheme based upon the Williams theory of scattering and upon the range-energy relation given by Bradner et al. The error introduced by the use of schemes other than that of Gottingen is discussed, The results are compared with Glasser's calibration experiment on 101 artificially produced slow protons.

• 社団法人日本物理学会の論文
• 1955-05-05

著者

• Kaneko Shin-ichi

  Institute Of Polytechnics Osaka City University

関連論文

• Observations of Slow Particles and Stars in Nuclear Emulsions Exposed at 17 m.w.e. Underground
• The Non-Mesonic Photonuclear Reactions Initiated by High Energy μ-Mesons
• Frequency of Slow Cosmic-ray μ-Mesons Stopped in the Photographic Emulsions at 23 m.w.e. Underground
• Observation of the High-Energy Proton-Proton Collision in Photographic Emulsion
• The Multiplicity of Mesons Produced in the Nuclear Interaction of High Energy Nucleons and α-Particles in Cosmic Radiation
• A Calibration Measurement of Multiple Scattering of Slow μ-Mesons by the Constant Sagitta Method

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