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- W2081874431 abstract "A statistical model is described which empirically relates the volume (characterized by ${ensuremath{lambda}}_{i}$) associated with each particle to its mass (${m}_{i}$). The functional dependence used in ${{mathrm{m}}_{i}}^{ensuremath{alpha}}{ensuremath{lambda}}_{i}=mathrm{const}$, where $ensuremath{alpha}$ is some constant. The two parameters ${ensuremath{lambda}}_{ensuremath{pi}}$ and $ensuremath{alpha}$, in addition to the masses ${m}_{i}$, determine all the other ${ensuremath{lambda}}_{i}$. The model is applied to antiproton-proton annihilation at low and moderate energies. The annihilation is assumed to proceed through all possible intermediate states consisting of all combinations of the five mesons, $ensuremath{pi}$, $K$ (or $overline{K}$), ${K}^{*}$ (or ${overline{K}}^{*}$), $ensuremath{rho}$, and $ensuremath{omega}$. The experimental multiplicities and fraction of $Koverline{K}mensuremath{pi}$ ($m=0, 1, 2,dots{}$) states determine the two parameters ${ensuremath{lambda}}_{ensuremath{pi}}$ and $ensuremath{alpha}$ to be 4.0ifmmodepmelsetextpmfi{}0.4 and 1.94ifmmodepmelsetextpmfi{}0.06, respectively. These values of ${ensuremath{lambda}}_{ensuremath{pi}}$ and $ensuremath{alpha}$ predict the extent to which the ${K}^{*}$ (or ${overline{K}}^{*}$), $ensuremath{rho}$, and $ensuremath{omega}$ take part in the annihilation. These predictions are found to be in reasonable agreement with recent experimental data on the role of the ${K}^{*}$ (or ${overline{K}}^{*}$), $ensuremath{rho}$, and $ensuremath{omega}$ in $overline{p}p$ annihilation. The $ensuremath{eta}$ meson is also considered." @default.
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- W2081874431 date "1962-08-01" @default.
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- W2081874431 title "Two-Parameter Statistical Model" @default.
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- W2081874431 doi "https://doi.org/10.1103/physrev.127.971" @default.
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