On Feb 27, 2011, at 7:11 AM, Jones Beene wrote:
The palladium reactions we are interested in would involve pycno in
the magic number of 8 nucleons, and the putative reaction might
result in three magic nuclear rearrangements; and with more net
stability (lower enthalpy) than before, and also with elements
which are well documented in prior experiment, in LENR ash. Here is
one candidate:
108Pd + p*8 -> 62Ni + 40Ca + 14C
There is no evidence heavy element LENR reactions create radioactive
isotopes, like carbon-14. Also, fission into 3 nuclei seems
unlikely. It may be of interest to know that there is a huge number
of fission reactions of 108Pd + n*p = X* into ordinary and/or
radioactive nuclei, if such radioactive nuclei are allowed. A list of
such follows, where the radioactive product nuclei are marked with
and asterisk. Note that C14 can be created by the simple reaction:
108Pd46 + p* --> 95Nb41 * + 14C6 * + 1.527 MeV [-11.524 MeV]
I just don't think such reactions occur with observable frequency. In
any case, the bifurcation fission list for 108Pd follows in case it
is of interest or use in calculating subordinate reaction values.
108Pd46 + p* --> 55Sc21 * + 54Fe26 + 3.598 MeV [-9.453 MeV]
108Pd46 + p* --> 55Ti22 * + 54Mn25 * + 14.990 MeV [1.939 MeV]
108Pd46 + p* --> 56Ti22 * + 53Mn25 * + 11.389 MeV [-1.662 MeV]
108Pd46 + p* --> 57Ti22 * + 52Mn25 * + 2.014 MeV [-11.037 MeV]
108Pd46 + p* --> 55V23 * + 54Cr24 + 23.849 MeV [10.798 MeV]
108Pd46 + p* --> 56V23 * + 53Cr24 + 19.130 MeV [6.078 MeV]
108Pd46 + p* --> 57V23 * + 52Cr24 + 17.370 MeV [4.319 MeV]
108Pd46 + p* --> 58V23 * + 51Cr24 * + 9.422 MeV [-3.629 MeV]
108Pd46 + p* --> 59V23 * + 50Cr24 + 5.091 MeV [-7.960 MeV]
108Pd46 + p* --> 55Cr24 * + 54V23 * + 22.763 MeV [9.712 MeV]
108Pd46 + p* --> 56Cr24 * + 53V23 * + 24.895 MeV [11.844 MeV]
108Pd46 + p* --> 57Cr24 * + 52V23 * + 21.730 MeV [8.679 MeV]
108Pd46 + p* --> 58Cr24 * + 51V23 + 21.801 MeV [8.750 MeV]
108Pd46 + p* --> 59Cr24 * + 50V23 + 14.878 MeV [1.827 MeV]
108Pd46 + p* --> 60Cr24 * + 49V23 * + 12.225 MeV [-0.826 MeV]
108Pd46 + p* --> 61Cr24 * + 48V23 * + 4.421 MeV [-8.630 MeV]
108Pd46 + p* --> 62Cr24 * + 47V23 * + 00.181 MeV [-12.870 MeV]
108Pd46 + p* --> 55Mn25 + 54Ti22 * + 21.070 MeV [8.018 MeV]
108Pd46 + p* --> 56Mn25 * + 53Ti22 * + 21.503 MeV [8.452 MeV]
108Pd46 + p* --> 57Mn25 * + 52Ti22 * + 24.716 MeV [11.665 MeV]
108Pd46 + p* --> 58Mn25 * + 51Ti22 * + 23.399 MeV [10.348 MeV]
108Pd46 + p* --> 59Mn25 * + 50Ti22 + 24.671 MeV [11.620 MeV]
108Pd46 + p* --> 60Mn25 * + 49Ti22 + 19.501 MeV [6.450 MeV]
108Pd46 + p* --> 61Mn25 * + 48Ti22 + 17.808 MeV [4.757 MeV]
108Pd46 + p* --> 62Mn25 * + 47Ti22 + 10.736 MeV [-2.315 MeV]
108Pd46 + p* --> 63Mn25 * + 46Ti22 + 8.239 MeV [-4.812 MeV]
108Pd46 + p* --> 55Fe26 * + 54Sc21 * + 9.463 MeV [-3.588 MeV]
108Pd46 + p* --> 56Fe26 + 53Sc21 * + 15.993 MeV [2.942 MeV]
108Pd46 + p* --> 57Fe26 + 52Sc21 * + 18.301 MeV [5.250 MeV]
108Pd46 + p* --> 58Fe26 + 51Sc21 * + 23.136 MeV [10.085 MeV]
108Pd46 + p* --> 59Fe26 * + 50Sc21 * + 22.965 MeV [9.914 MeV]
108Pd46 + p* --> 60Fe26 * + 49Sc21 * + 25.729 MeV [12.678 MeV]
108Pd46 + p* --> 61Fe26 * + 48Sc21 * + 21.182 MeV [8.131 MeV]
108Pd46 + p* --> 62Fe26 * + 47Sc21 * + 20.998 MeV [7.946 MeV]
108Pd46 + p* --> 63Fe26 * + 46Sc21 * + 15.068 MeV [2.016 MeV]
108Pd46 + p* --> 64Fe26 * + 45Sc21 + 13.603 MeV [00.552 MeV]
108Pd46 + p* --> 65Fe26 * + 44Sc21 * + 6.459 MeV [-6.592 MeV]
108Pd46 + p* --> 66Fe26 * + 43Sc21 * + 3.526 MeV [-9.525 MeV]
108Pd46 + p* --> 56Co27 * + 53Ca20 * + 1.702 MeV [-11.349 MeV]
108Pd46 + p* --> 57Co27 * + 52Ca20 * + 9.618 MeV [-3.433 MeV]
108Pd46 + p* --> 58Co27 * + 51Ca20 * + 13.474 MeV [00.423 MeV]
108Pd46 + p* --> 59Co27 + 50Ca20 * + 19.564 MeV [6.513 MeV]
108Pd46 + p* --> 60Co27 * + 49Ca20 * + 20.703 MeV [7.652 MeV]
108Pd46 + p* --> 61Co27 * + 48Ca20 + 24.877 MeV [11.826 MeV]
108Pd46 + p* --> 62Co27 * + 47Ca20 * + 21.536 MeV [8.485 MeV]
108Pd46 + p* --> 63Co27 * + 46Ca20 + 22.740 MeV [9.689 MeV]
108Pd46 + p* --> 64Co27 * + 45Ca20 * + 18.369 MeV [5.318 MeV]
108Pd46 + p* --> 65Co27 * + 44Ca20 + 18.403 MeV [5.352 MeV]
108Pd46 + p* --> 66Co27 * + 43Ca20 + 12.285 MeV [-0.767 MeV]
108Pd46 + p* --> 67Co27 * + 42Ca20 + 11.373 MeV [-1.678 MeV]
108Pd46 + p* --> 68Co27 * + 41Ca20 * + 4.253 MeV [-8.798 MeV]
108Pd46 + p* --> 69Co27 * + 40Ca20 + 2.614 MeV [-10.438 MeV]
108Pd46 + p* --> 59Ni28 * + 50K19 * + 4.272 MeV [-8.779 MeV]
108Pd46 + p* --> 60Ni28 + 49K19 * + 12.556 MeV [-0.495 MeV]
108Pd46 + p* --> 61Ni28 + 48K19 * + 14.109 MeV [1.058 MeV]
108Pd46 + p* --> 62Ni28 + 47K19 * + 20.207 MeV [7.156 MeV]
108Pd46 + p* --> 63Ni28 * + 46K19 * + 18.696 MeV [5.644 MeV]
108Pd46 + p* --> 64Ni28 + 45K19 * + 21.472 MeV [8.421 MeV]
108Pd46 + p* --> 65Ni28 * + 44K19 * + 18.700 MeV [5.649 MeV]
108Pd46 + p* --> 66Ni28 * + 43K19 * + 20.364 MeV [7.313 MeV]
108Pd46 + p* --> 67Ni28 * + 42K19 * + 16.529 MeV [3.478 MeV]
108Pd46 + p* --> 68Ni28 * + 41K19 + 16.788 MeV [3.736 MeV]
108Pd46 + p* --> 69Ni28 * + 40K19 + 11.279 MeV [-1.773 MeV]
108Pd46 + p* --> 70Ni28 * + 39K19 + 10.722 MeV [-2.330 MeV]
108Pd46 + p* --> 71Ni28 * + 38K19 * + 1.769 MeV [-11.282 MeV]
108Pd46 + p* --> 61Cu29 * + 48Ar18 * + 3.464 MeV [-9.587 MeV]
108Pd46 + p* --> 62Cu29 * + 47Ar18 * + 6.470 MeV [-6.581 MeV]
108Pd46 + p* --> 63Cu29 + 46Ar18 * + 13.064 MeV [00.013 MeV]
108Pd46 + p* --> 64Cu29 * + 45Ar18 * + 12.959 MeV [-0.092 MeV]
108Pd46 + p* --> 65Cu29 + 44Ar18 * + 17.701 MeV [4.650 MeV]
108Pd46 + p* --> 66Cu29 * + 43Ar18 * + 16.033 MeV [2.982 MeV]
108Pd46 + p* --> 67Cu29 * + 42Ar18 * + 19.506 MeV [6.455 MeV]
108Pd46 + p* --> 68Cu29 * + 41Ar18 * + 16.399 MeV [3.348 MeV]
108Pd46 + p* --> 69Cu29 * + 40Ar18 + 18.541 MeV [5.490 MeV]
108Pd46 + p* --> 70Cu29 * + 39Ar18 * + 13.983 MeV [00.932 MeV]
108Pd46 + p* --> 71Cu29 * + 38Ar18 + 15.190 MeV [2.139 MeV]
108Pd46 + p* --> 72Cu29 * + 37Ar18 * + 8.495 MeV [-4.556 MeV]
108Pd46 + p* --> 73Cu29 * + 36Ar18 + 6.983 MeV [-6.068 MeV]
108Pd46 + p* --> 64Zn30 + 45Cl17 * + 2.131 MeV [-10.920 MeV]
108Pd46 + p* --> 65Zn30 * + 44Cl17 * + 3.907 MeV [-9.144 MeV]
108Pd46 + p* --> 66Zn30 + 43Cl17 * + 10.832 MeV [-2.219 MeV]
108Pd46 + p* --> 67Zn30 + 42Cl17 * + 10.558 MeV [-2.493 MeV]
108Pd46 + p* --> 68Zn30 + 41Cl17 * + 15.079 MeV [2.028 MeV]
[snip] rest of list sent by private email due to 256 kB size
108Pd46 + 12 p* --> 117Ba56 * + 3He2 + 40.300 MeV [-147.644 MeV]
108Pd46 + 12 p* --> 117La57 * + 3H1 * + 29.505 MeV [-158.439 MeV]
108Pd46 + 12 p* --> 118La57 * + 2H1 + 34.428 MeV [-153.516 MeV]
108Pd46 + 12 p* --> 119La57 * + 1H1 + 45.622 MeV [-142.323 MeV]
108Pd46 + 12 p* --> 120Ce58 * + 47.648 MeV [-140.296 MeV]
Best regards,
Horace Heffner
http://www.mtaonline.net/~hheffner/
