Cascade Reactions - data provided by Dr. Alexander Parkhomov

Cascades: 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.

Inputs Used in this run:

Maximmum number of nuclei allowed in all pairings as inputs to both the Fusion and the TwoToTwo (2-2) reaction tables = 50

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 All

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

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

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

Radioactive Isotopes were Excluded

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 =

Reactions Not Found in the Parkhomov Tables were Excluded 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 = Ne20

The Reactions Table Has 178, gross but 81 net rows; Nuclei Table Has 33 rows. 'Tid' is the row number of the reaction in either the Fusion or the TwoToTwo Table.

The number 'id' reflects the original order in which the reactions were added to the table on this particular run.

Final Table of Nuclei Used by Reactions Table:

id	E	A	nBorF	Z	aBorF
1	Ne	20	b	10	b
2	K	40	b	19	f
3	H	1	f	1	b
4	K	39	f	19	b
5	Ni	60	b	28	b
6	Ni	58	b	28	b
7	O	16	b	8	b
8	Zn	64	b	30	b
9	K	41	f	19	b
10	He	4	b	2	b
11	Cl	37	f	17	b
12	Mg	24	b	12	b
13	Fe	54	b	26	b
14	Fe	56	b	26	b
15	Ar	36	b	18	b
16	Cl	35	f	17	b
17	Si	28	b	14	b
18	Ti	46	b	22	b
19	Ar	38	b	18	b
20	Ni	62	b	28	b
21	S	34	b	16	b
22	Zn	66	b	30	b
23	Ca	44	b	20	b
24	Se	76	b	34	b
25	S	32	b	16	b
26	O	17	f	8	f
27	Ca	42	b	20	b
28	Cr	52	b	24	b
29	Ti	48	b	22	b
30	Cr	53	f	24	f
31	Kr	78	b	36	b
32	Se	74	b	34	b
33	Ge	70	b	32	b

Final 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
3	Fusion	3258	left	Ne	20	b	10	b	K	40	b	19	f	Ni	60	b	28	b	null	null	null	null	null	23.908661	1
41	Fusion	2921	left	O	16	b	8	b	K	40	b	19	f	Fe	56	b	26	b	null	null	null	null	null	22.347477	1
28	Fusion	3259	left	Ne	20	b	10	b	K	41	f	19	b	Niff	61	f	28	f	null	null	null	null	null	21.636747	1
31	Fusion	3254	left	Ne	20	b	10	b	Cl	37	f	17	b	Feff	57	f	26	f	null	null	null	null	null	21.372203	1
129	Fusion	2922	left	O	16	b	8	b	K	41	f	19	b	Feff	57	f	26	f	null	null	null	null	null	19.892990	1
1	Fusion	3243	left	Ne	20	b	10	b	Ne	20	b	10	b	K*f	40	b	19	f*d	null	null	null	null	null	19.445873	1
133	Fusion	2918	left	O	16	b	8	b	Cl	37	f	17	b	Crff	53	f*d	24	f*d	null	null	null	null	null	18.778923	1
51	Fusion	3470	left	Mg	24	b	12	b	K	40	b	19	f	Zn	64	b	30	b	null	null	null	null	null	18.544187	1
170	Fusion	3468	left	Mg	24	b	12	b	Cl	37	f	17	b	Niff	61	f	28	f	null	null	null	null	null	18.529283	1
25	Fusion	2904	none	O	16	b	8	b	Ne	20	b	10	b	Ar	36	b	18	b	null	null	null	null	null	18.452000	1
125	Fusion	2900	none	O	16	b	8	b	O	16	b	8	b	S	32	b	16	b	null	null	null	null	null	16.539600	1
135	Fusion	2908	left	O	16	b	8	b	Mg	24	b	12	b	K*f	40	b	19	f*d	null	null	null	null	null	14.859196	1
32	TwoToTwo	109907	none	Ne	20	b	10	b	Cl	37	f	17	b	H*f	1	f*d	1	b	Fe	56	b	26	b	14.513600	1
4	TwoToTwo	109963	left	Ne	20	b	10	b	K	40	b	19	f	H*f	1	f*d	1	b	Co*f	59	f	27	b	14.377613	1
130	TwoToTwo	81852	none	O	16	b	8	b	K	41	f	19	b	H*f	1	f*d	1	b	Fe	56	b	26	b	13.034400	1
2	TwoToTwo	109764	none	Ne	20	b	10	b	Ne	20	b	10	b	H*f	1	f*d	1	b	K*f	39	f*d	19	b	12.430800	1
42	TwoToTwo	81841	left	O	16	b	8	b	K	40	b	19	f	H*f	1	f*d	1	b	Mn*f	55	f	25	b	12.150411	1
8	TwoToTwo	109952	none	Ne	20	b	10	b	K	39	f	19	b	H*f	1	f*d	1	b	Ni	58	b	28	b	12.099200	1
134	TwoToTwo	81822	none	O	16	b	8	b	Cl	37	f	17	b	H*f	1	f*d	1	b	Cr	52	b	24	b	11.617600	1
52	TwoToTwo	141718	left	Mg	24	b	12	b	K	40	b	19	f	H*f	1	f*d	1	b	Cu*f	63	f	29	b	10.836073	1
78	TwoToTwo	81838	none	O	16	b	8	b	K	39	f	19	b	H*f	1	f*d	1	b	Fe	54	b	26	b	10.416900	1
47	Fusion	936	left	He	4	b	2	b	K	40	b	19	f	Ca	44	b	20	b	null	null	null	null	null	10.359148	1
63	Fusion	42	none	H	1	f	1	b	K	41	f	19	b	Ca	42	b	20	b	null	null	null	null	null	10.276200	1
67	Fusion	36	none	H	1	f	1	b	Cl	37	f	17	b	Ar	38	b	18	b	null	null	null	null	null	10.242700	1
34	TwoToTwo	109816	left	Ne	20	b	10	b	Mg	24	b	12	b	H*f	1	f*d	1	b	Caff	43	f	20	f	10.136521	1
164	Fusion	918	none	He	4	b	2	b	Mg	24	b	12	b	Si	28	b	14	b	null	null	null	null	null	9.986500	1
26	TwoToTwo	81757	none	O	16	b	8	b	Ne	20	b	10	b	H*f	1	f*d	1	b	Cl*f	35	f*d	17	b	9.945600	1
174	TwoToTwo	141613	left	Mg	24	b	12	b	Mg	24	b	12	b	H*f	1	f*d	1	b	Tiff	47	f	22	f	9.787211	1
29	Fusion	914	none	He	4	b	2	b	Ne	20	b	10	b	Mg	24	b	12	b	null	null	null	null	null	9.314900	1
11	Fusion	41	left	H	1	f	1	b	K	40	b	19	f	K*f	41	f*d	19	b	null	null	null	null	null	9.313080	1
157	TwoToTwo	141733	none	Mg	24	b	12	b	K	41	f	19	b	H*f	1	f*d	1	b	Zn	64	b	30	b	9.231100	1
168	Fusion	3648	none	Cl	37	f	17	b	Cl	37	f	17	b	Se	74	b	34	b	null	null	null	null	null	8.702000	1
152	Fusion	937	none	He	4	b	2	b	K	41	f	19	b	Sc*f	45	f	21	b	null	null	null	null	null	7.935400	1
136	TwoToTwo	81777	none	O	16	b	8	b	Mg	24	b	12	b	H*f	1	f*d	1	b	K*f	39	f*d	19	b	7.844100	1
126	TwoToTwo	81735	none	O	16	b	8	b	O	16	b	8	b	H*f	1	f*d	1	b	P*f	31	f	15	b	7.677400	1
55	Fusion	70	left	H	1	f	1	b	Ni	60	b	28	b	Niff	61	f	28	f	null	null	null	null	null	7.041166	1
83	Fusion	935	left	He	4	b	2	b	K	39	f	19	b	Caff	43	f	20	f	null	null	null	null	null	7.020673	1
17	Fusion	39	left	H	1	f	1	b	K	39	f	19	b	K*f	40	b	19	f*d	null	null	null	null	null	7.015084	1
154	Fusion	3650	none	Cl	37	f	17	b	K	41	f	19	b	Kr	78	b	36	b	null	null	null	null	null	6.858600	1
69	Fusion	24	left	H	1	f	1	b	Mg	24	b	12	b	Mgff	25	f	12	f	null	null	null	null	null	6.548406	1
166	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
162	Fusion	930	none	He	4	b	2	b	Cl	37	f	17	b	K*f	41	f*d	19	b	null	null	null	null	null	6.207500	1
5	Fusion	20	left	H	1	f	1	b	Ne	20	b	10	b	Neff	21	f	10	f	null	null	null	null	null	5.978331	1
131	Fusion	910	none	He	4	b	2	b	O	16	b	8	b	Ne	20	b	10	b	null	null	null	null	null	4.728300	1
169	TwoToTwo	256109	none	Cl	37	f	17	b	Cl	37	f	17	b	He	4	b	2	b	Ge	70	b	32	b	4.482300	1
44	TwoToTwo	306056	left	K	40	b	19	f	Zn	64	b	30	b	Ar	38	b	18	b	Zn	66	b	30	b	4.079946	1
64	TwoToTwo	22	none	H	1	f	1	b	K	41	f	19	b	He	4	b	2	b	Ar	38	b	18	b	4.035200	1
101	Fusion	966	none	He	4	b	2	b	Ni	60	b	28	b	Zn	64	b	30	b	null	null	null	null	null	3.950500	1
128	TwoToTwo	82028	none	O	16	b	8	b	Zn	64	b	30	b	Mg	24	b	12	b	Fe	56	b	26	b	3.803300	1
100	TwoToTwo	319254	left	K	41	f	19	b	Ni	60	b	28	b	Ti	48	b	22	b	Crff	53	f*d	24	f*d	3.743677	1
106	TwoToTwo	141960	none	Mg	24	b	12	b	Ni	60	b	28	b	Si	28	b	14	b	Fe	56	b	26	b	3.697100	1
10	TwoToTwo	305364	none	K	40	b	19	f	K	40	b	19	f	O	16	b	8	b	Zn	64	b	30	b	3.685000	1
86	TwoToTwo	256136	none	Cl	37	f	17	b	K	39	f	19	b	O	16	b	8	b	Ni	60	b	28	b	3.644000	1
122	TwoToTwo	141956	none	Mg	24	b	12	b	Ni	58	b	28	b	Si	28	b	14	b	Fe	54	b	26	b	3.576000	1
38	TwoToTwo	305930	left	K	40	b	19	f	Ni	60	b	28	b	Ar	38	b	18	b	Ni	62	b	28	b	3.466092	1
59	Fusion	16	left	H	1	f	1	b	O	16	b	8	b	Off	17	f*d	8	f*d	null	null	null	null	null	3.358970	1
116	TwoToTwo	319236	left	K	41	f	19	b	Ni	58	b	28	b	Ar	38	b	18	b	Niff	61	f	28	f	3.169876	1
12	TwoToTwo	21	left	H	1	f	1	b	K	40	b	19	f	He	4	b	2	b	Cl*f	37	f*d	17	b	3.105603	1
62	TwoToTwo	50	left	H	1	f	1	b	Zn	64	b	30	b	He	4	b	2	b	Niff	61	f	28	f	3.090699	1
68	TwoToTwo	15	none	H	1	f	1	b	Cl	37	f	17	b	He	4	b	2	b	S	34	b	16	b	3.030200	1
22	TwoToTwo	110354	none	Ne	20	b	10	b	Ni	60	b	28	b	Mg	24	b	12	b	Fe	56	b	26	b	3.025500	1
14	TwoToTwo	293004	left	K	39	f	19	b	K	40	b	19	f	O	16	b	8	b	Cu*f	63	f	29	b	2.991961	1
54	TwoToTwo	305822	left	K	40	b	19	f	Fe	54	b	26	b	S	32	b	16	b	Ni	62	b	28	b	2.990098	1
80	TwoToTwo	293440	left	K	39	f	19	b	Zn	64	b	30	b	Ca	42	b	20	b	Niff	61	f	28	f	2.964016	1
46	TwoToTwo	305392	left	K	40	b	19	f	K	41	f	19	b	O	16	b	8	b	Cu*f	65	f	29	b	2.926756	1
24	TwoToTwo	110343	none	Ne	20	b	10	b	Ni	58	b	28	b	Mg	24	b	12	b	Fe	54	b	26	b	2.904400	1
88	TwoToTwo	141714	none	Mg	24	b	12	b	K	39	f	19	b	Si	28	b	14	b	Cl*f	35	f*d	17	b	2.773100	1
50	TwoToTwo	256147	left	Cl	37	f	17	b	K	40	b	19	f	H*f	1	f*d	1	b	Se	76	b	34	b	2.654760	1
20	TwoToTwo	292995	none	K	39	f	19	b	K	39	f	19	b	Mg	24	b	12	b	Fe	54	b	26	b	2.572800	1
142	TwoToTwo	319345	none	K	41	f	19	b	Zn	64	b	30	b	Ca	42	b	20	b	Cu*f	63	f	29	b	2.568100	1
146	TwoToTwo	256521	none	Cl	37	f	17	b	Zn	64	b	30	b	Ar	38	b	18	b	Cu*f	63	f	29	b	2.534600	1
151	TwoToTwo	318834	none	K	41	f	19	b	K	41	f	19	b	O	16	b	8	b	Zn	66	b	30	b	2.521600	1
155	TwoToTwo	256175	none	Cl	37	f	17	b	K	41	f	19	b	He	4	b	2	b	Se	74	b	34	b	2.494500	1
149	TwoToTwo	494112	none	Fe	54	b	26	b	Zn	64	b	30	b	Ni	58	b	28	b	Ni	60	b	28	b	2.460100	1
159	TwoToTwo	319151	left	K	41	f	19	b	Fe	54	b	26	b	S	34	b	16	b	Niff	61	f	28	f	2.367860	1
36	TwoToTwo	110259	none	Ne	20	b	10	b	Fe	54	b	26	b	Si	28	b	14	b	Ti	46	b	22	b	2.331500	1
40	TwoToTwo	305917	left	K	40	b	19	f	Ni	58	b	28	b	S	34	b	16	b	Zn	64	b	30	b	2.179698	1
82	TwoToTwo	293024	none	K	39	f	19	b	K	41	f	19	b	Ne	20	b	10	b	Ni	60	b	28	b	2.164800	1
120	TwoToTwo	256430	left	Cl	37	f	17	b	Ni	58	b	28	b	S	34	b	16	b	Niff	61	f	28	f	2.164794	1
172	TwoToTwo	256394	left	Cl	37	f	17	b	Fe	54	b	26	b	S	34	b	16	b	Feff	57	f	26	f	2.103316	1
74	TwoToTwo	293359	left	K	39	f	19	b	Ni	60	b	28	b	Tiff	47	f	22	f	Cr	52	b	24	b	2.072576	1

Cascade Reactions - data provided by Dr. Alexander Parkhomov

Facilitated by the Martin Fleischmann Memorial Project

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

Final Table of Nuclei Used by Reactions Table:

Final Reactions Table: