MUST2 SAMURAI_2018 S3-LEB-LPC SUPERNEMO MUGAST EXPAND SCALP GALATRON HiCARI VELO
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Entry  Thu Jul 18 22:10:58 2019, Jenn, e768s, OTHER, General, Fixed, , Previous Papers  Proceedings_of_the_International_Conference_On_Nuclear_Reactions_Induced_by_Heavy_Ions_1970_Middleton.pdfPhys.Rev.C_2010_Fortune.pdfPhys.Rev.C_2003_Fortune.pdfPhys.Rev.C_1996_Mao.pdfNucl.Phys.A_1996_de_Oliveira.pdf
    Reply  Sat Jul 20 11:33:01 2019, Christian, e768s, OTHER, General, Fixed, , Previous Papers - gamma decays from states in the 4-MeV region 1-s2.0-0375947473901541-main.pdf
       Reply  Sat Jul 20 12:06:00 2019, Christian, e768s, OTHER, General, Fixed, , Previous Papers - gamma decays from states in the 4-MeV region Phys.Rev.C_2006_Kanungo.pdf
          Reply  Sat Jul 20 12:57:41 2019, Christian, e768s, OTHER, General, Fixed, , Previous Papers - gamma decays from states in the 4-MeV region 1904.00603.pdf
             Reply  Sun Jul 21 17:57:08 2019, Christian, e768s, OTHER, General, Fixed, , Previous Papers - gamma decays from states in the 4-MeV region 
                Reply  Mon Jul 22 10:10:02 2019, Christian, e768s, OTHER, General, Fixed, , Previous Papers - alpha-branching ratios for states in the 4-MeV region Phys.Rev.Lett._2007_Tan.pdfPhys.Rev.C_2008_Mythili.pdfScreen_Shot_2019-07-22_at_10.24.24.pngScreen_Shot_2019-07-22_at_10.43.17.png
                   Reply  Thu Jul 25 11:05:18 2019, Francois de Oliveira, e768s, OTHER, General, Fixed, , Previous Papers - alpha-branching ratios for states in the 4-MeV region 
Message ID: 5320     Entry time: Thu Jul 25 11:05:18 2019     In reply to: 5252
Author: Francois de Oliveira 
ExpNbr: e768s 
Type: OTHER 
Category: General 
Status: Fixed 
Target-Source:  
Subject: Previous Papers - alpha-branching ratios for states in the 4-MeV region 
In the reaction 15N(7Li,t)19F, the ratio between the measured cross sections is R(3/2+/9/2-)>29. We should get the same ratio in 19Ne. In 19Ne, the 3/2+ state decays with Eg=4033 keV (80%), the second with 2632 keV (100%), gamma efficiency = 4% and 5.5%, this gives a ratio between the number of counts measured in the 2632 keV and in the 4033 keV > 29 x 100/80 x 5.5 / 4 ~ 50.

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