Cascade5 Reactions - data provided by Dr. Alexander Parkhomov

Conceived by R. W. Greenyer and coded by P. W. Power for the Martin Fleischmann Memorial Project

Version 5.0, Feb 1, 2020

Cascades5: Uses the FusionAll and TwoToTwoAll supertables subject to neutrino settings

Lists all energetically favourable reactions that cascade from a starting list of the nuclides in the active core fuel.

Features a Feedback Table, from which you can progressively refine and review all your intentions for each and every nuclide in the Parkhomov tables.

Input used for this run on 01-Oct-2020 10:50:34 (UTC):

Maximmum number of nuclei allowed in all pairings as inputs to both the Fusion and the TwoToTwo (2-2) reaction tables = 70

Maximum number of loops allowed for the recursion process = 3

Maximum Reactor Temperature (Kelvin) = 2400

Elements that will NOT have MELTED at Maximum Reactor Temperature: Feedback Core Fuel Only

Elements that WILL have BOILED before Maximum Reactor Temperature: Feedback All

Minimum energy (MeV) for any Fusion reaction that was counted = 5

Minimum energy (MeV) for any 2-2 reaction that was counted = 5

Radioactive Isotopes: Feedback All

LHL threshold below which nuclides were counted as Radioactive Isotopes = 18

Nuclear Fermions: Feedback Core Fuel Only

Atomic Fermions: Feedback Core Fuel Only

Elements H, D, N, O, F, Cl, Br, I, Li, Na, Rb and Cr, being able to form Dimers (always Bosonic): Feedback All

SQL compatible string for the order by which the Nuclei Table is presented = order by Z, A

Reactions Not Found in the Parkhomov Tables were in the Reactions Table

SQL compatible string for the order by which the Reactions Table is presented = order by MeV desc

List of Nuclides in the Fuel = D2 Ni58 Ni60 Ni61 Ni62 Ni64

The program looked for 84 Fusion reactions and found 28 in the Parkhomov Tables. Similarly, it looked for 90 TwoToTwo reactions and found 19

Thus the program looked for 174 reactions, of which 47 were found in the Parkhomov Tables and, inside these, 13 nuclides passed all the above criteria, so were added - fed back - to the Nuclides table for further pairing with all the other nuclides.

In the Reactions Table listing, the number 'id' reflects the original order in which the reactions were looked for on this particular run, while 'Tid' is the row number of the reaction as listed in either the FusionAll or the TwoToTwoAll table (as indicated by the 'Type' field).

Original order in which the Nuclei below were added = D2 Ni58 Ni60 Ni61 Ni62 Ni64 H1 He4 Fe56 Fe58 Cr54 Fe54 Cr52

Duration = 164 seconds

Final Table of Nuclei Used by Reactions Table (13):

id	A	Z	nBorF	aBorF	E	AMU	BEN	SUS	LHL	RDM	DEMeV	pcaNCrust	ppmNCrust	ppmNSolar
3	1	1	f	b	H	1.0078250	0.0000000	SPN	50.0000	null	0.0000	99.9850	1399.79	705700
4	2	1	b	f	D	2.0141020	1.1122544	SPN	50.0000	null	0.0000	0.0150	0.21	23
7	4	2	b	b	He	4.0026030	7.0740490	SPN	50.0000	null	0.0000	99.9999	null	275200
60	52	24	b	b	Cr	51.9405140	8.7759018	SPN	50.0000	null	0.0000	83.7600	85.4352	null
62	54	24	b	b	Cr	53.9388790	8.7780122	SPN	50.0000	null	0.0000	2.3800	2.4276	null
64	54	26	b	b	Fe	53.9396210	8.7362375	SPN	50.0000	null	0.0000	5.8200	3276.66	72
65	56	26	b	b	Fe	55.9349320	8.7904888	SPN	50.0000	null	0.0000	91.6600	51604.58	1169
67	58	26	b	b	Fe	57.9332720	8.7923521	SPN	50.0000	null	0.0000	0.3300	185.79	null
70	58	28	b	b	Ni	57.9353420	8.7321304	SPN	50.0000	null	0.0000	67.8800	57.0192	49
71	60	28	b	b	Ni	59.9307830	8.7808836	SPN	50.0000	null	0.0000	26.2300	22.0332	null
72	61	28	f	f	Ni	60.9310490	8.7651905	SPN	50.0000	null	0.0000	1.1900	0.9996	null
73	62	28	b	b	Ni	61.9283450	8.7946253	SPN	50.0000	null	0.0000	3.6600	3.0744	null
74	64	28	b	b	Ni	63.9279590	8.7776421	SPN	50.0000	null	0.0000	1.0800	0.9072	null

Reactions Table:

id	Type	Tid	neutrino	E1	A1	nBorF1	Z1	aBorF1	E2	A2	nBorF2	Z2	aBorF2	E3	A3	nBorF3	Z3	aBorF3	E4	A4	nBorF4	Z4	aBorF4	MeV	found
1	Fusion	290	none	D	2	b	1	f	D	2	b	1	f	He	4	b	2	b	null	null	null	null	null	23.847200	1
42	Fusion	353	left	D	2	b	1	f	Fe	54	b	26	b	Fe	56	b	26	b	null	null	null	null	null	17.503708	1
2	Fusion	361	left	D	2	b	1	f	Ni	58	b	28	b	Ni	60	b	28	b	null	null	null	null	null	17.382613	1
39	Fusion	351	right	D	2	b	1	f	Cr	54	b	24	b	Fe	56	b	26	b	null	null	null	null	null	16.812535	1
26	Fusion	358	right	D	2	b	1	f	Fe	58	b	26	b	Ni	60	b	28	b	null	null	null	null	null	15.454417	1
5	Fusion	362	left	D	2	b	1	f	Ni	60	b	28	b	Ni	62	b	28	b	null	null	null	null	null	15.406914	1
15	Fusion	366	right	D	2	b	1	f	Ni	64	b	28	b	Zn	66	b	30	b	null	null	null	null	null	14.916013	1
20	Fusion	354	left	D	2	b	1	f	Fe	56	b	26	b	Fe	58	b	26	b	null	null	null	null	null	14.682212	1
9	Fusion	363	none	D	2	b	1	f	Ni	61	f	28	f	Cu*f	63	f	29	b	null	null	null	null	null	14.490300	1
12	Fusion	364	left	D	2	b	1	f	Ni	62	b	28	b	Ni	64	b	28	b	null	null	null	null	null	13.495489	1
21	Fusion	355	right	D	2	b	1	f	Fe	56	b	26	b	Ni	58	b	28	b	null	null	null	null	null	12.754015	1
25	Fusion	357	none	D	2	b	1	f	Fe	58	b	26	b	Co*f	60	b	27	f	null	null	null	null	null	12.638500	1
13	Fusion	365	right	D	2	b	1	f	Ni	62	b	28	b	Zn	64	b	30	b	null	null	null	null	null	12.390733	1
4	TwoToTwo	4441	left	D	2	b	1	f	Ni	58	b	28	b	He	4	b	2	b	Fe	56	b	26	b	11.093165	1
17	TwoToTwo	4459	right	D	2	b	1	f	Ni	64	b	28	b	He	4	b	2	b	Ni	62	b	28	b	10.351688	1
44	TwoToTwo	4427	left	D	2	b	1	f	Fe	54	b	26	b	He	4	b	2	b	Cr	52	b	24	b	9.879428	1
30	Fusion	71	left	H	1	f	1	b	Ni	61	f	28	f	Ni	62	b	28	b	null	null	null	null	null	9.807703	1
41	TwoToTwo	4423	right	D	2	b	1	f	Cr	54	b	24	b	He	4	b	2	b	Cr	52	b	24	b	9.188252	1
28	TwoToTwo	4434	right	D	2	b	1	f	Fe	58	b	26	b	He	4	b	2	b	Fe	56	b	26	b	9.164964	1
11	TwoToTwo	4451	none	D	2	b	1	f	Ni	61	f	28	f	He	4	b	2	b	Co*f	59	f	27	b	8.716900	1
14	TwoToTwo	4455	right	D	2	b	1	f	Ni	62	b	28	b	He	4	b	2	b	Ni	60	b	28	b	8.440262	1
7	TwoToTwo	4446	left	D	2	b	1	f	Ni	60	b	28	b	He	4	b	2	b	Fe	58	b	26	b	8.392764	1
10	TwoToTwo	4450	none	D	2	b	1	f	Ni	61	f	28	f	H	1	f*d	1	b	Ni	62	b	28	b	8.365700	1
45	Fusion	61	none	H	1	f	1	b	Cr	54	b	24	b	Mn*f	55	f	25	b	null	null	null	null	null	8.057400	1
3	TwoToTwo	4440	left	D	2	b	1	f	Ni	58	b	28	b	H	1	f*d	1	b	Co*f	59	f	27	b	7.851566	1
46	Fusion	956	none	He	4	b	2	b	Cr	54	b	24	b	Fe	58	b	26	b	null	null	null	null	null	7.647600	1
33	Fusion	73	none	H	1	f	1	b	Ni	64	b	28	b	Cu*f	65	f	29	b	null	null	null	null	null	7.450100	1
36	Fusion	66	none	H	1	f	1	b	Fe	58	b	26	b	Co*f	59	f	27	b	null	null	null	null	null	7.365300	1
43	TwoToTwo	4426	left	D	2	b	1	f	Fe	54	b	26	b	H	1	f*d	1	b	Mn*f	55	f	25	b	7.306642	1
29	Fusion	70	left	H	1	f	1	b	Ni	60	b	28	b	Ni*f	61	f	28	f	null	null	null	null	null	7.041166	1
23	TwoToTwo	4429	left	D	2	b	1	f	Fe	56	b	26	b	He	4	b	2	b	Cr	54	b	24	b	7.034645	1
38	Fusion	962	none	He	4	b	2	b	Fe	58	b	26	b	Ni	62	b	28	b	null	null	null	null	null	7.014200	1
35	Fusion	63	left	H	1	f	1	b	Fe	56	b	26	b	Feff	57	f	26	f	null	null	null	null	null	6.858593	1
40	TwoToTwo	4422	right	D	2	b	1	f	Cr	54	b	24	b	H	1	f*d	1	b	Mn*f	55	f	25	b	6.615465	1
8	TwoToTwo	4447	right	D	2	b	1	f	Ni	60	b	28	b	He	4	b	2	b	Ni	58	b	28	b	6.464563	1
47	Fusion	958	none	He	4	b	2	b	Fe	54	b	26	b	Ni	58	b	28	b	null	null	null	null	null	6.410500	1
24	TwoToTwo	4430	right	D	2	b	1	f	Fe	56	b	26	b	He	4	b	2	b	Fe	54	b	26	b	6.343469	1
37	Fusion	960	none	He	4	b	2	b	Fe	56	b	26	b	Ni	60	b	28	b	null	null	null	null	null	6.289400	1
32	Fusion	72	none	H	1	f	1	b	Ni	62	b	28	b	Cu*f	63	f	29	b	null	null	null	null	null	6.124600	1
16	TwoToTwo	4458	right	D	2	b	1	f	Ni	64	b	28	b	H	1	f*d	1	b	Cu*f	65	f	29	b	6.008131	1
27	TwoToTwo	4433	right	D	2	b	1	f	Fe	58	b	26	b	H	1	f*d	1	b	Co*f	59	f	27	b	5.923365	1
6	TwoToTwo	4445	none	D	2	b	1	f	Ni	60	b	28	b	H	1	f*d	1	b	Ni	61	f	28	f	5.599200	1
18	Fusion	6	none	H	1	f	1	b	D	2	b	1	f	Heff	3	f	2	f	null	null	null	null	null	5.493000	1
19	Fusion	3810	left	H	1	f	1	b	D	2	b	1	f	T	3	f*d	1	b	null	null	null	null	null	5.475060	1
31	Fusion	967	left	He	4	b	2	b	Ni	61	f	28	f	Cu*f	65	f	29	b	null	null	null	null	null	5.464146	1
22	TwoToTwo	4428	none	D	2	b	1	f	Fe	56	b	26	b	H	1	f*d	1	b	Feff	57	f	26	f	5.416600	1
34	Fusion	969	none	He	4	b	2	b	Ni	64	b	28	b	Zn	68	b	30	b	null	null	null	null	null	5.306700	1