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Physical Review Online Archive (PROLA) | Vol.115, Issue.3 | | Pages 694–705

Radiative Muon Capture

Jeremy Bernstein

Abstract

The theory of radiative muon capture is developed. The discussion includes both parity conserving and nonconserving effects. The Gell-Mann weak magnetic term and the induced pseudoscalar are included, along with comparable relativistic effects in the nucleons. The theory is applied to light nuclei and especially to the radiative Godfrey reaction μ^-+₆C¹²→ν+γ+₅B¹². An experiment to detect the induced pseudoscalar directly is proposed.

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Radiative Muon Capture

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Keywords

radiative muon capture radiative godfrey reaction parity conserving relativistic nonconserving induced pseudoscalar gellmann weak magnetic term

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Jeremy Bernstein,.Radiative Muon Capture. 115 (3),694–705.

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