Cascade5Lite 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

Cascades5Lite: 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.

Simplified version of Cascades5 without the Feedback table. In this, you must directly enter the active core fuel list, as explained below.
It gives quick, but still detailed results for the many cases where the full flexibilty of Cascades5 is not needed.

Input used for this run on 23-Feb-2020 23:38:16 (NZT):

Maximmum number of nuclei allowed in all pairings as inputs to both the Fusion and the TwoToTwo (2-2) reaction tables = 100

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 = 10

Minimum energy (MeV) for any 2-2 reaction that was counted = 10

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 = H1 B11

The program looked for 83 Fusion reactions and found 45 in the Parkhomov Tables. Similarly, it looked for 103 TwoToTwo reactions and found 53

Thus the program looked for 186 reactions, of which 98 were found in the Parkhomov Tables and, inside these, 28 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 = H1 B11 D2 Ne20 He4 O18 Si30 O16 K39 Ar36 Cl37 S34 Ar40 K40 Mg26 Na23 Ti48 Ti46 Ca44 K41 S32 Ni58 Fe56 Cr53 Cr50 Cr52 Cr54 Fe54

Duration = 172 seconds

Final Table of Nuclei Used by Reactions Table (28):

id	A	Z	nBorF	aBorF	E	AMU	BEN	SUS	LHL	RDM	DEMeV	pcaNCrust	ppmNCrust	ppmNSolar
3	1	1	f	b	H	1.0078250	0.7824	SPN	50.0000	null	0.0000	99.9850	1399.79	705700
4	2	1	b	f	D	2.0141020	1.5034	SPN	50.0000	null	0.0000	0.0150	0.21	23
7	4	2	b	b	He	4.0026030	7.4652	SPN	50.0000	null	0.0000	99.9999	null	275200
12	11	5	f	b	B	11.0093050	7.2834	SPN	50.0000	null	0.0000	80.4000	8.04	null
18	16	8	b	b	O	15.9949150	8.3674	SPN	50.0000	null	0.0000	99.7590	459888.99	9592
20	18	8	b	b	O	17.9991600	8.1149	SPN	50.0000	null	0.0000	0.2040	940.44	null
22	20	10	b	b	Ne	19.9924420	8.4234	SPN	50.0000	null	0.0000	90.9200	null	1548
25	23	11	f	b	Na	22.9897730	8.4856	SPN	50.0000	null	0.0000	100.0000	23600	33
28	26	12	b	b	Mg	25.9825910	8.6951	SPN	50.0000	null	0.0000	11.1700	2602.61	79
32	30	14	b	b	Si	29.9737610	8.8861	SPN	50.0000	null	0.0000	3.0900	8713.8	23
34	32	16	b	b	S	31.9720740	8.8843	SPN	50.0000	null	0.0000	95.0000	332.5	396
36	34	16	b	b	S	33.9678650	8.9518	SPN	50.0000	null	0.0000	4.2200	14.77	null
38	37	17	f	b	Cl	36.9658960	8.9300	SPN	50.0000	null	0.0000	24.4700	35.4815	null
39	36	18	b	b	Ar	35.9675480	8.9111	SPN	50.0000	null	0.0000	0.3370	null	77
41	40	18	b	b	Ar	39.9623840	8.9474	SPN	50.0000	null	0.0000	99.6000	null	null
42	39	19	f	b	K	38.9637140	8.9381	SPN	50.0000	null	0.0000	93.1000	19457.9	null
43	40	19	b	f	K	39.9640080	8.9095	UPN	9.0969	b- or K or b+	1.5050	0.0118	2.4662	null
44	41	19	f	b	K	40.9618350	8.9385	SPN	50.0000	null	0.0000	6.8800	1437.92	null
48	44	20	b	b	Ca	43.9554900	9.0137	SPN	50.0000	null	0.0000	2.0600	854.9	null
52	46	22	b	b	Ti	45.9526330	9.0306	SPN	50.0000	null	0.0000	7.9300	444.08	null
54	48	22	b	b	Ti	47.9479480	9.0815	SPN	50.0000	null	0.0000	73.9400	4140.64	null
59	50	24	b	b	Cr	49.9460510	9.0764	SPN	50.0000	null	0.0000	4.3100	4.3962	null
60	52	24	b	b	Cr	51.9405140	9.1370	SPN	50.0000	null	0.0000	83.7600	85.4352	null
61	53	24	f	f	Cr	52.9406510	9.1145	SPN	50.0000	null	0.0000	9.5500	9.741	null
62	54	24	b	b	Cr	53.9388790	9.1257	SPN	50.0000	null	0.0000	2.3800	2.4276	null
64	54	26	b	b	Fe	53.9396210	9.1129	SPN	50.0000	null	0.0000	5.8200	3276.66	72
65	56	26	b	b	Fe	55.9349320	9.1537	SPN	50.0000	null	0.0000	91.6600	51604.58	1169
70	58	28	b	b	Ni	57.9353420	9.1098	SPN	50.0000	null	0.0000	67.8800	57.0192	49

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
13	Fusion	2233	right	B	11	f	5	b	O	18	b	8	b	Siff	29	f	14	f	null	null	null	null	null	29.783590	1
24	Fusion	3062	none	O	18	b	8	b	Ne	20	b	10	b	Ar	38	b	18	b	null	null	null	null	null	26.898800	1
8	Fusion	2235	none	B	11	f	5	b	Ne	20	b	10	b	P*f	31	f	15	b	null	null	null	null	null	26.066900	1
74	Fusion	3084	left	O	18	b	8	b	K	39	f	19	b	Feff	57	f	26	f	null	null	null	null	null	25.597460	1
44	Fusion	2253	none	B	11	f	5	b	Cl	37	f	17	b	Ti	48	b	22	b	null	null	null	null	null	25.386000	1
2	Fusion	2226	none	B	11	f	5	b	B	11	f	5	b	Ne	22	b	10	b	null	null	null	null	null	25.359900	1
77	Fusion	3081	none	O	18	b	8	b	Ar	36	b	18	b	Fe	54	b	26	b	null	null	null	null	null	25.231400	1
82	Fusion	3080	none	O	18	b	8	b	Cl	37	f	17	b	Mn*f	55	f	25	b	null	null	null	null	null	25.152200	1
37	Fusion	2258	none	B	11	f	5	b	K	39	f	19	b	Cr	50	b	24	b	null	null	null	null	null	25.120500	1
85	Fusion	3078	none	O	18	b	8	b	S	34	b	16	b	Cr	52	b	24	b	null	null	null	null	null	24.694800	1
71	Fusion	2902	none	O	16	b	8	b	O	18	b	8	b	S	34	b	16	b	null	null	null	null	null	24.414500	1
36	Fusion	2257	left	B	11	f	5	b	K	39	f	19	b	V*f	50	b	23	f	null	null	null	null	null	24.082850	1
16	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
41	Fusion	2254	left	B	11	f	5	b	Ar	36	b	18	b	Tiff	47	f	22	f	null	null	null	null	null	23.375846	1
68	Fusion	3073	none	O	18	b	8	b	Si	30	b	14	b	Ti	48	b	22	b	null	null	null	null	null	23.262200	1
62	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
33	Fusion	2231	none	B	11	f	5	b	O	16	b	8	b	Al*f	27	f	13	b	null	null	null	null	null	21.130900	1
21	Fusion	3244	none	Ne	20	b	10	b	Ne	20	b	10	b	Ca	40	b	20	b	null	null	null	null	null	20.767700	1
47	Fusion	2251	none	B	11	f	5	b	S	34	b	16	b	Sc*f	45	f	21	b	null	null	null	null	null	19.795200	1
29	Fusion	2247	none	B	11	f	5	b	Si	30	b	14	b	K	41	f*d	19	b	null	null	null	null	null	19.776600	1
26	TwoToTwo	95723	none	O	18	b	8	b	Ne	20	b	10	b	He	4	b	2	b	S	34	b	16	b	19.686200	1
20	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
18	Fusion	302	right	D	2	b	1	f	O	18	b	8	b	Ne	20	b	10	b	null	null	null	null	null	19.393705	1
65	Fusion	3253	none	Ne	20	b	10	b	S	34	b	16	b	Fe	54	b	26	b	null	null	null	null	null	19.268900	1
9	TwoToTwo	47611	none	B	11	f	5	b	Ne	20	b	10	b	H	1	f*d	1	b	Si	30	b	14	b	18.779900	1
95	Fusion	2918	left	O	16	b	8	b	Cl	37	f	17	b	Cr*f	53	f*d	24	f*d	null	null	null	null	null	18.778923	1
57	Fusion	3252	none	Ne	20	b	10	b	Si	30	b	14	b	Cr	50	b	24	b	null	null	null	null	null	18.771500	1
75	TwoToTwo	96033	none	O	18	b	8	b	K	39	f	19	b	H	1	f*d	1	b	Fe	56	b	26	b	18.738900	1
6	Fusion	295	none	D	2	b	1	f	B	11	f	5	b	Cmpf*f	13	f	6	f	null	null	null	null	null	18.679300	1
15	TwoToTwo	47592	right	B	11	f	5	b	O	18	b	8	b	He	4	b	2	b	Mgff	25	f	12	f	18.650369	1
59	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
76	TwoToTwo	96037	left	O	18	b	8	b	K	39	f	19	b	He	4	b	2	b	Cr	53	f*d	24	f*d	18.275916	1
56	Fusion	3251	left	Ne	20	b	10	b	Si	30	b	14	b	V*f	50	b	23	f	null	null	null	null	null	17.733787	1
52	Fusion	321	left	D	2	b	1	f	Ar	36	b	18	b	Ar	38	b	18	b	null	null	null	null	null	17.628528	1
84	TwoToTwo	95967	none	O	18	b	8	b	Cl	37	f	17	b	He	4	b	2	b	V*f	51	f	23	b	17.209400	1
83	TwoToTwo	95964	none	O	18	b	8	b	Cl	37	f	17	b	H	1	f*d	1	b	Cr	54	b	24	b	17.094800	1
78	TwoToTwo	95981	left	O	18	b	8	b	Ar	36	b	18	b	H	1	f*d	1	b	Cr	53	f*d	24	f*d	16.983002	1
81	TwoToTwo	95985	none	O	18	b	8	b	Ar	36	b	18	b	He	4	b	2	b	Cr	50	b	24	b	16.817200	1
25	TwoToTwo	95720	none	O	18	b	8	b	Ne	20	b	10	b	H	1	f*d	1	b	Cl	37	f*d	17	b	16.656000	1
40	TwoToTwo	47853	none	B	11	f	5	b	K	39	f	19	b	He	4	b	2	b	Ti	46	b	22	b	16.564800	1
93	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
73	TwoToTwo	81746	none	O	16	b	8	b	O	18	b	8	b	He	4	b	2	b	Si	30	b	14	b	16.497700	1
11	TwoToTwo	47614	none	B	11	f	5	b	Ne	20	b	10	b	He	4	b	2	b	Al*f	27	f	13	b	16.402700	1
38	TwoToTwo	47850	left	B	11	f	5	b	K	39	f	19	b	H	1	f*d	1	b	Tiff	49	f	22	f	16.140000	1
1	Fusion	11	none	H	1	f	1	b	B	11	f	5	b	C*mp	12	b	6	b	null	null	null	null	null	15.956500	1
46	TwoToTwo	47796	none	B	11	f	5	b	Cl	37	f	17	b	He	4	b	2	b	Ca	44	b	20	b	15.936000	1
80	TwoToTwo	95984	left	O	18	b	8	b	Ar	36	b	18	b	He	4	b	2	b	V*f	50	b	23	f	15.779512	1
3	TwoToTwo	47545	right	B	11	f	5	b	B	11	f	5	b	H	1	f*d	1	b	Neff	21	f	10	f	15.775778	1
5	TwoToTwo	47548	none	B	11	f	5	b	B	11	f	5	b	He	4	b	2	b	O	18	b	8	b	15.692900	1
89	Fusion	3609	none	Si	30	b	14	b	Si	30	b	14	b	Ni	60	b	28	b	null	null	null	null	null	15.592300	1
98	Fusion	2917	none	O	16	b	8	b	S	34	b	16	b	Cr	50	b	24	b	null	null	null	null	null	15.583000	1
87	TwoToTwo	95931	none	O	18	b	8	b	S	34	b	16	b	He	4	b	2	b	Ti	48	b	22	b	15.345400	1
42	TwoToTwo	47805	none	B	11	f	5	b	Ar	36	b	18	b	H	1	f*d	1	b	Ti	46	b	22	b	15.271800	1
27	TwoToTwo	95696	right	O	18	b	8	b	O	18	b	8	b	D	2	b	1	f*d	S	34	b	16	b	15.232717	1
54	Fusion	320	right	D	2	b	1	f	Cl	37	f	17	b	K	39	f*d	19	b	null	null	null	null	null	15.168448	1
90	Fusion	2914	none	O	16	b	8	b	Si	30	b	14	b	Ti	46	b	22	b	null	null	null	null	null	14.944000	1
51	Fusion	326	left	D	2	b	1	f	K	39	f	19	b	K	41	f*d	19	b	null	null	null	null	null	14.886209	1
50	Fusion	314	right	D	2	b	1	f	Si	30	b	14	b	S	32	b	16	b	null	null	null	null	null	14.707358	1
19	TwoToTwo	4309	right	D	2	b	1	f	O	18	b	8	b	He	4	b	2	b	O	16	b	8	b	14.665437	1
45	TwoToTwo	47792	right	B	11	f	5	b	Cl	37	f	17	b	H	1	f*d	1	b	Tiff	47	f	22	f	14.548069	1
97	Fusion	2916	left	O	16	b	8	b	S	34	b	16	b	V*f	50	b	23	f	null	null	null	null	null	14.545282	1
7	TwoToTwo	4293	right	D	2	b	1	f	B	11	f	5	b	H	1	f*d	1	b	C*mp	12	b	6	b	14.514535	1
63	TwoToTwo	109907	none	Ne	20	b	10	b	Cl	37	f	17	b	H	1	f*d	1	b	Fe	56	b	26	b	14.513600	1
43	TwoToTwo	47808	left	B	11	f	5	b	Ar	36	b	18	b	He	4	b	2	b	Caff	43	f	20	f	14.410216	1
86	TwoToTwo	95926	none	O	18	b	8	b	S	34	b	16	b	H	1	f*d	1	b	V*f	51	f	23	b	14.179200	1
17	Fusion	304	left	D	2	b	1	f	Ne	20	b	10	b	Ne	22	b	10	b	null	null	null	null	null	14.120521	1
64	TwoToTwo	109911	left	Ne	20	b	10	b	Cl	37	f	17	b	He	4	b	2	b	Cr	53	f*d	24	f*d	14.050659	1
70	TwoToTwo	95869	none	O	18	b	8	b	Si	30	b	14	b	He	4	b	2	b	Ca	44	b	20	b	13.812200	1
72	TwoToTwo	81743	right	O	16	b	8	b	O	18	b	8	b	H	1	f*d	1	b	Sff	33	f	16	f	13.775860	1
23	TwoToTwo	109767	none	Ne	20	b	10	b	Ne	20	b	10	b	He	4	b	2	b	Ar	36	b	18	b	13.723700	1
32	TwoToTwo	47722	none	B	11	f	5	b	Si	30	b	14	b	He	4	b	2	b	Cl	37	f*d	17	b	13.569100	1
55	Fusion	318	right	D	2	b	1	f	S	34	b	16	b	Ar	36	b	18	b	null	null	null	null	null	13.431211	1
48	TwoToTwo	47766	none	B	11	f	5	b	S	34	b	16	b	H	1	f*d	1	b	Ca	44	b	20	b	12.905900	1
34	TwoToTwo	47577	none	B	11	f	5	b	O	16	b	8	b	H	1	f*d	1	b	Mg	26	b	12	b	12.858300	1
88	Fusion	3608	left	Si	30	b	14	b	Si	30	b	14	b	Co*f	60	b	27	f	null	null	null	null	null	12.776375	1
22	TwoToTwo	109764	none	Ne	20	b	10	b	Ne	20	b	10	b	H	1	f*d	1	b	K	39	f*d	19	b	12.430800	1
69	TwoToTwo	95865	right	O	18	b	8	b	Si	30	b	14	b	H	1	f*d	1	b	Tiff	47	f	22	f	12.424262	1
61	TwoToTwo	109952	none	Ne	20	b	10	b	K	39	f	19	b	H	1	f*d	1	b	Ni	58	b	28	b	12.099200	1
30	TwoToTwo	47718	none	B	11	f	5	b	Si	30	b	14	b	H	1	f*d	1	b	Ar	40	b	18	b	11.976200	1
14	TwoToTwo	47590	right	B	11	f	5	b	O	18	b	8	b	D	2	b	1	f*d	Al*f	27	f	13	b	11.949200	1
49	TwoToTwo	47769	none	B	11	f	5	b	S	34	b	16	b	He	4	b	2	b	K	41	f*d	19	b	11.859800	1
60	TwoToTwo	81759	none	O	16	b	8	b	Ne	20	b	10	b	He	4	b	2	b	S	32	b	16	b	11.811300	1
91	Fusion	3613	left	Si	30	b	14	b	Cl	37	f	17	b	Znff	67	f	30	f	null	null	null	null	null	11.651130	1
92	Fusion	3612	none	Si	30	b	14	b	S	34	b	16	b	Zn	64	b	30	b	null	null	null	null	null	11.626000	1
96	TwoToTwo	81822	none	O	16	b	8	b	Cl	37	f	17	b	H	1	f*d	1	b	Cr	52	b	24	b	11.617600	1
79	TwoToTwo	95982	left	O	18	b	8	b	Ar	36	b	18	b	D	2	b	1	f*d	Cr	52	b	24	b	11.263629	1
4	TwoToTwo	47546	right	B	11	f	5	b	B	11	f	5	b	D	2	b	1	f*d	Ne	20	b	10	b	11.239402	1
35	TwoToTwo	47580	none	B	11	f	5	b	O	16	b	8	b	He	4	b	2	b	Na	23	f*d	11	b	11.032600	1
66	TwoToTwo	109890	left	Ne	20	b	10	b	S	34	b	16	b	H	1	f*d	1	b	Cr	53	f*d	24	f*d	11.020509	1
12	Fusion	905	none	He	4	b	2	b	B	11	f	5	b	N	15	f*d	7	b	null	null	null	null	null	10.991600	1
67	TwoToTwo	109894	none	Ne	20	b	10	b	S	34	b	16	b	He	4	b	2	b	Cr	50	b	24	b	10.854700	1
31	TwoToTwo	47719	right	B	11	f	5	b	Si	30	b	14	b	H	1	f*d	1	b	K	40	b	19	f*d	10.463467	1
94	TwoToTwo	81838	none	O	16	b	8	b	K	39	f	19	b	H	1	f*d	1	b	Fe	54	b	26	b	10.416900	1
53	TwoToTwo	4351	left	D	2	b	1	f	Ar	36	b	18	b	He	4	b	2	b	S	34	b	16	b	10.415969	1
10	TwoToTwo	47612	none	B	11	f	5	b	Ne	20	b	10	b	D	2	b	1	f*d	Siff	29	f	14	f	10.389900	1
28	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
39	TwoToTwo	47851	left	B	11	f	5	b	K	39	f	19	b	D	2	b	1	f*d	Ti	48	b	22	b	10.217561	1
58	TwoToTwo	109866	none	Ne	20	b	10	b	Si	30	b	14	b	He	4	b	2	b	Ti	46	b	22	b	10.215700	1