Re: [Vo]:Rossi Ni material

[Horace Heffner]

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/