A new determination of the capture ratio $r_c = \frac{{\sum ^ - p \to \sum ^0 n}}{{(\sum ^ - p \to \sum ^0 n) + (\sum ^ - p \to \Lambda ^0 n)}}$ , the Λ0-lifetime and the ∑−-Λ0 mass difference

A new determination of the capture ratio $r_c = \frac{{\sum ^ - p \to \sum ^0 n}}{{(\sum ^ - p \to \sum ^0 n) + (\sum ^ - p \to \Lambda ^0 n)}}$ , the Λ0-lifetime and the ∑−-Λ0 mass difference | doi.page

A new determination of the capture ratio $$r_c = \frac{{\sum ^ - p \to \sum ^0 n}}{{(\sum ^ - p \to \sum ^0 n) + (\sum ^ - p \to \Lambda ^0 n)}}$$ , the Λ0-lifetime and the ∑−-Λ0 mass difference

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