In reply to Horace Heffner's message of Thu, 24 Feb 2011 10:56:08 -0900: Hi,
The reaction Ni-60 + 4 H (cluster) => Ca-40 + Mg-24 + 13.5 MeV readily produces Calcium. >Hafnium reactions, Hf + H reactions, like Cs reactions, do not >produce initial negative energy, thus should produce an immediate >strong force reaction. Production of both potassium and Ca from this >source is likely, though calcium should dominate the reaction >products. Also the radiation (about 60 MeV) should be significant. >The mean free path of the particles in all cases are very short, but >the the bremsstrahlung should be detectable. > > >174Hf72 + p* --> 127I53 + 48Ca20 + 84.640 MeV [69.811 MeV] (H_Hf:3) >174Hf72 + p* --> 134Xe54 + 41K19 + 75.126 MeV [60.297 MeV] (H_Hf:4) >174Hf72 + p* --> 136Xe54 + 39K19 + 71.674 MeV [56.846 MeV] (H_Hf:5) > > >174Hf72 + 2 p* --> 128Xe54 + 48Ca20 + 92.805 MeV [62.793 MeV] (H_Hf:24) >174Hf72 + 2 p* --> 130Xe54 + 46Ca20 + 91.748 MeV [61.736 MeV] (H_Hf:25) >174Hf72 + 2 p* --> 132Xe54 + 44Ca20 + 89.480 MeV [59.468 MeV] (H_Hf:26) >174Hf72 + 2 p* --> 134Xe54 + 42Ca20 + 85.403 MeV [55.390 MeV] (H_Hf:27) >174Hf72 + 2 p* --> 136Xe54 + 40Ca20 + 80.003 MeV [49.990 MeV] (H_Hf:28) > >176Hf72 + p* --> 136Xe54 + 41K19 + 74.696 MeV [59.923 MeV] (H_Hf:45) >176Hf72 + 2 p* --> 130Xe54 + 48Ca20 + 94.096 MeV [64.197 MeV] (H_Hf:59) >176Hf72 + 2 p* --> 132Xe54 + 46Ca20 + 92.416 MeV [62.516 MeV] (H_Hf:60) >176Hf72 + 2 p* --> 134Xe54 + 44Ca20 + 89.593 MeV [59.694 MeV] (H_Hf:61) >176Hf72 + 2 p* --> 136Xe54 + 42Ca20 + 84.973 MeV [55.073 MeV] (H_Hf:62) > > >177Hf72 + 2 p* --> 131Xe54 + 48Ca20 + 94.318 MeV [64.474 MeV] (H_Hf:85) >177Hf72 + 2 p* --> 136Xe54 + 43Ca20 + 86.522 MeV [56.678 MeV] (H_Hf:86) > >178Hf72 + 2 p* --> 132Xe54 + 48Ca20 + 95.628 MeV [65.840 MeV] (H_Hf:105) >178Hf72 + 2 p* --> 134Xe54 + 46Ca20 + 93.393 MeV [63.605 MeV] (H_Hf:106) >178Hf72 + 2 p* --> 136Xe54 + 44Ca20 + 90.027 MeV [60.239 MeV] (H_Hf:107) > >180Hf72 + 2 p* --> 134Xe54 + 48Ca20 + 97.128 MeV [67.449 MeV] (H_Hf:137) >180Hf72 + 2 p* --> 136Xe54 + 46Ca20 + 94.350 MeV [64.671 MeV] (H_Hf:138) > > > > >The important reactions look to be: > > >174Hf72 + p* --> 127I53 + 48Ca20 + 84.640 MeV [69.811 MeV] (H_Hf:3) >174Hf72 + p* --> 134Xe54 + 41K19 + 75.126 MeV [60.297 MeV] (H_Hf:4) >174Hf72 + p* --> 136Xe54 + 39K19 + 71.674 MeV [56.846 MeV] (H_Hf:5) >176Hf72 + p* --> 136Xe54 + 41K19 + 74.696 MeV [59.923 MeV] (H_Hf:45) > > > >Best regards, > >Horace Heffner >http://www.mtaonline.net/~hheffner/ > > > Regards, Robin van Spaandonk http://rvanspaa.freehostia.com/Project.html
