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2007 Volume 16 Issue 4
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Hu Bi-Tao, P.P. Zarubin, U.U. Juravlev. 2007: 106,110Pd (p,nγ)106,110Ag reactions at Ep = 6.0-7.7 MeV, Chinese Physics B, 16(4): 989-993.
Citation: Hu Bi-Tao, P.P. Zarubin, U.U. Juravlev. 2007: 106,110Pd (p,nγ)106,110Ag reactions at Ep = 6.0-7.7 MeV, Chinese Physics B, 16(4): 989-993.
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106,110Pd (p,nγ)106,110Ag reactions at Ep = 6.0-7.7 MeV

  • Department of Modern Physics,Lanzhou University,Lanzhou 730000,China

  • Faculty of Physics,Saint Petersburg University,Saint Petersburg,Russia

  • Available Online: 30/04/2007
  • This paper reports that the experimental excitation functions of reaction (p,n) are measured for 106Pd and 110pd at proton energy Ep = 6.1-7.5 MeV and Ep = 6.0-7.7 MeV respectively. The off-resonance excitation functions were compared with calculation values of the statistical model. A new formula used to estimate the peak cross section of isobaric analogue resonance was tested and it was found that calculation values agree reasonably well with the present data within experimental error, which confirms that the excitation strength of isobaric analogue state in (p,n) reaction not only depends on its spin, but also proportionally increases with the projectile proton spatial transmission Tp and the spectroscopic factor S for reaction (d,p) on the same target.
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    沈阳化工大学材料科学与工程学院 沈阳 110142

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106,110Pd (p,nγ)106,110Ag reactions at Ep = 6.0-7.7 MeV

  • Available Online: 30/04/2007

Abstract: This paper reports that the experimental excitation functions of reaction (p,n) are measured for 106Pd and 110pd at proton energy Ep = 6.1-7.5 MeV and Ep = 6.0-7.7 MeV respectively. The off-resonance excitation functions were compared with calculation values of the statistical model. A new formula used to estimate the peak cross section of isobaric analogue resonance was tested and it was found that calculation values agree reasonably well with the present data within experimental error, which confirms that the excitation strength of isobaric analogue state in (p,n) reaction not only depends on its spin, but also proportionally increases with the projectile proton spatial transmission Tp and the spectroscopic factor S for reaction (d,p) on the same target.

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