Two To Two Reactions - data provided by Dr. Alexander Parkhomov

This program enables SQL commands to query the TwoToTwo (2-2) tables created from Dr Parkhomov's two spreadsheets the latest of which includes the effects of neutrinos

To make full use of this and the other database tables, a good grasp of SQL is essential.

It replaces its orginal (and rather misnamed) version "FissionFusion.php".

But note that it and Fission and Fusion is each dedicated to querying only one table ("TwoToTwo", "Fission" and "Fusion" respectively).

The "universal" program All Tables can accept full SQL commands that query any of the 12 "Parkhomov" tables, together with the "ElementProperties", "Nuclides", "RadioNuclides" and "Atomic Radii" tables as well.

New Feature (1): In the checkbox, you may indicate which of the three tables you want effectively included. The resulting query is only on TwoToTwoAll but it uses the new field "neutrino" (setable to "left" and/or "none" and/or "right") to effectively select "TwoToTwoEoL" and/or "TwoToTwo" and/or "TwoToTwoEoR".

New Feature (2): In all the above tables except the Periodic, each atom, in either the input or the output, as well as its 'A' and 'Z' numbers now also has a 'nBorF' ('nuclear Boson or Fermion') and a 'aBorF' ('atomic Boson or Fermion') parameter associated with it.

An atom's nucleus is considered a Boson if its A number is even; if odd a Fermion (thus nBorF = 'b' or 'f'). The atom itself is considered a Boson if its number of neutrons (A - Z) is even; if odd a Fermion (thus aBorF = 'b' or 'f').

The above extra parameters can be used either passively by observing the distributions of 'b' and 'f' in inputs and/or outputs, and/or actively by the New Feature (3) of selecting 'b only', 'f only' or 'either' in the boxes below.

Input used for this run:

Full SQL Query: "select * from TwoToTwoAll where A2 = 133 and E4 = 'I' order by MeV desc"

136 rows were found.

id	neutrino	id_sub	E1	A1	nBorF1	Z1	aBorF1	E2	A2	nBorF2	Z2	aBorF2	E3	A3	nBorF3	Z3	aBorF3	E4	A4	nBorF4	Z4	aBorF4	MeV
43810	right	11186	B	10	b	5	f	Cs	133	f	55	b	O	16	b	8	b	I	127	f	53	b	17.476686
23450	right	5182	Li	6	b	3	f	Cs	133	f	55	b	C	12	b	6	b	I	127	f	53	b	14.777216
137361	right	33438	Na	23	f	11	b	Cs	133	f	55	b	Si	29	f	14	f	I	127	f	53	b	13.059541
30257	right	5183	Li	7	f	3	b	Cs	133	f	55	b	C	13	f	6	f	I	127	f	53	b	12.471769
106243	right	25237	F	19	f	9	b	Cs	133	f	55	b	Mg	25	f	12	f	I	127	f	53	b	12.391660
122979	right	28226	Ne	21	f	10	f	Cs	133	f	55	b	Al	27	f	13	b	I	127	f	53	b	12.157855
434257	right	117911	V	50	b	23	f	Cs	133	f	55	b	Fe	56	b	26	b	I	127	f	53	b	12.082404
390470	none	157197	Ti	46	b	22	b	Cs	133	f	55	b	Cr	52	b	24	b	I	127	f	53	b	11.976200
36224	right	7740	Be	9	f	4	f	Cs	133	f	55	b	N	15	f	7	b	I	127	f	53	b	11.938022
155460	right	36756	Mg	25	f	12	f	Cs	133	f	55	b	P	31	f	15	b	I	127	f	53	b	11.937091
380203	none	148368	Sc	45	f	21	b	Cs	133	f	55	b	V	51	f	23	b	I	127	f	53	b	11.810400
310575	right	85689	K	40	b	19	f	Cs	133	f	55	b	Ti	46	b	22	b	I	127	f	53	b	11.283182
145646	none	54327	Mg	24	b	12	b	Cs	133	f	55	b	Si	30	b	14	b	I	127	f	53	b	11.198400
453210	none	179637	Cr	50	b	24	b	Cs	133	f	55	b	Fe	56	b	26	b	I	127	f	53	b	11.044700
401334	none	157218	Ti	47	f	22	f	Cs	133	f	55	b	Cr	53	f	24	f	I	127	f	53	b	11.033500
354446	none	132808	Ca	43	f	20	f	Cs	133	f	55	b	Ti	49	f	22	f	I	127	f	53	b	10.852800
70953	right	17603	N	14	b	7	f	Cs	133	f	55	b	Ne	20	b	10	b	I	127	f	53	b	10.747573
363767	none	132813	Ca	44	b	20	b	Cs	133	f	55	b	Ti	50	b	22	b	I	127	f	53	b	10.654400
343790	none	132792	Ca	42	b	20	b	Cs	133	f	55	b	Ti	48	b	22	b	I	127	f	53	b	10.635800
310572	left	52283	K	40	b	19	f	Cs	133	f	55	b	Ca	46	b	20	b	I	127	f	53	b	10.299532
51452	right	11187	B	11	f	5	b	Cs	133	f	55	b	O	17	f	8	f	I	127	f	53	b	10.161663
322874	right	85690	K	41	f	19	b	Cs	133	f	55	b	Ti	47	f	22	f	I	127	f	53	b	10.074103
171051	right	41912	Al	27	f	13	b	Cs	133	f	55	b	S	33	f	16	f	I	127	f	53	b	10.071308
332410	none	132770	Ca	40	b	20	b	Cs	133	f	55	b	Ti	46	b	22	b	I	127	f	53	b	9.961400
113917	none	41568	Ne	20	b	10	b	Cs	133	f	55	b	Mg	26	b	12	b	I	127	f	53	b	9.863600
419814	right	108823	Ti	49	f	22	f	Cs	133	f	55	b	Mn	55	f	25	b	I	127	f	53	b	9.828188
92522	right	20407	O	17	f	8	f	Cs	133	f	55	b	Na	23	f	11	b	I	127	f	53	b	9.407153
217863	none	84192	S	32	b	16	b	Cs	133	f	55	b	Ar	38	b	18	b	I	127	f	53	b	9.396000
411231	none	157223	Ti	48	b	22	b	Cs	133	f	55	b	Cr	54	b	24	b	I	127	f	53	b	9.135200
180109	none	68263	Si	28	b	14	b	Cs	133	f	55	b	S	34	b	16	b	I	127	f	53	b	9.128600
805858	none	332687	Sr	84	b	38	b	Cs	133	f	55	b	Zr	90	b	40	b	I	127	f	53	b	9.123100
268889	none	104990	Ar	36	b	18	b	Cs	133	f	55	b	Ca	42	b	20	b	I	127	f	53	b	8.996400
496444	none	198690	Fe	54	b	26	b	Cs	133	f	55	b	Ni	60	b	28	b	I	127	f	53	b	8.920000
778227	right	241699	Kr	83	f	36	f	Cs	133	f	55	b	Y	89	f	39	b	I	127	f	53	b	8.792367
289031	none	105023	Ar	40	b	18	b	Cs	133	f	55	b	Ca	46	b	20	b	I	127	f	53	b	8.786800
444747	right	117912	V	51	f	23	b	Cs	133	f	55	b	Fe	57	f	26	f	I	127	f	53	b	8.683382
363768	right	94172	Ca	44	b	20	b	Cs	133	f	55	b	V	50	b	23	f	I	127	f	53	b	8.442125
771370	none	312000	Kr	82	b	36	b	Cs	133	f	55	b	Sr	88	b	38	b	I	127	f	53	b	8.021100
207609	none	76753	P	31	f	15	b	Cs	133	f	55	b	Cl	37	f	17	b	I	127	f	53	b	8.015500
297213	none	118082	K	39	f	19	b	Cs	133	f	55	b	Sc	45	f	21	b	I	127	f	53	b	7.948400
541933	right	157298	Co*	60	b	27	f	Cs	133	f	55	b	Zn	66	b	30	b	I	127	f	53	b	7.913968
229398	right	59580	S	33	f	16	f	Cs	133	f	55	b	K	39	f	19	b	I	127	f	53	b	7.903721
190529	right	47105	Si	29	f	14	f	Cs	133	f	55	b	Cl	35	f	17	b	I	127	f	53	b	7.800326
472212	right	126387	Cr	53	f	24	f	Cs	133	f	55	b	Co	59	f	27	b	I	127	f	53	b	7.637314
749765	right	236282	Br	81	f	35	b	Cs	133	f	55	b	Sr	87	f	38	f	I	127	f	53	b	7.630794
463165	none	179657	Cr	52	b	24	b	Cs	133	f	55	b	Fe	58	b	26	b	I	127	f	53	b	7.433300
279896	none	105010	Ar	38	b	18	b	Cs	133	f	55	b	Ca	44	b	20	b	I	127	f	53	b	7.426800
749762	none	304899	Br	81	f	35	b	Cs	133	f	55	b	Rb	87	f	37	b	I	127	f	53	b	7.360700
764017	none	311988	Kr	80	b	36	b	Cs	133	f	55	b	Sr	86	b	38	b	I	127	f	53	b	7.322500
259788	right	70568	Cl	37	f	17	b	Cs	133	f	55	b	Ca	43	f	20	f	I	127	f	53	b	7.315949
248796	none	95560	Cl	35	f	17	b	Cs	133	f	55	b	K	41	f	19	b	I	127	f	53	b	7.226500
487388	right	137613	Mn	55	f	25	b	Cs	133	f	55	b	Ni	61	f	28	f	I	127	f	53	b	7.212553
756649	none	311975	Kr	78	b	36	b	Cs	133	f	55	b	Sr	84	b	38	b	I	127	f	53	b	7.200400
741527	none	304877	Br	79	f	35	b	Cs	133	f	55	b	Rb	85	f	37	b	I	127	f	53	b	6.870700
506063	none	198710	Fe	56	b	26	b	Cs	133	f	55	b	Ni	62	b	28	b	I	127	f	53	b	6.823200
793236	right	253595	Rb	85	f	37	b	Cs	133	f	55	b	Zr	91	f	40	f	I	127	f	53	b	6.704889
78931	right	17604	N	15	f	7	b	Cs	133	f	55	b	Ne	21	f	10	f	I	127	f	53	b	6.517658
550098	none	219832	Ni	58	b	28	b	Cs	133	f	55	b	Zn	64	b	30	b	I	127	f	53	b	6.459900
706816	none	289995	Se	74	b	34	b	Cs	133	f	55	b	Kr	80	b	36	b	I	127	f	53	b	6.338800
736245	none	290035	Se	80	b	34	b	Cs	133	f	55	b	Kr	86	b	36	b	I	127	f	53	b	6.178600
730308	none	290027	Se	78	b	34	b	Cs	133	f	55	b	Kr	84	b	36	b	I	127	f	53	b	6.131100
496442	left	90622	Fe	54	b	26	b	Cs	133	f	55	b	Co*	60	b	27	f	I	127	f	53	b	6.104083
722834	none	290022	Se	77	f	34	f	Cs	133	f	55	b	Kr	83	f	36	f	I	127	f	53	b	6.092900
515551	right	145612	Fe	57	f	26	f	Cs	133	f	55	b	Cu	63	f	29	b	I	127	f	53	b	6.089171
714831	none	290010	Se	76	b	34	b	Cs	133	f	55	b	Kr	82	b	36	b	I	127	f	53	b	6.039800
239320	none	84219	S	34	b	16	b	Cs	133	f	55	b	Ar	40	b	18	b	I	127	f	53	b	5.793000
532098	none	212595	Co	59	f	27	b	Cs	133	f	55	b	Cu	65	f	29	b	I	127	f	53	b	5.721200
524268	none	198734	Fe	58	b	26	b	Cs	133	f	55	b	Ni	64	b	28	b	I	127	f	53	b	5.636500
698732	none	284328	As	75	f	33	b	Cs	133	f	55	b	Br	81	f	35	b	I	127	f	53	b	5.564700
665348	none	270992	Ge	70	b	32	b	Cs	133	f	55	b	Se	76	b	34	b	I	127	f	53	b	5.482800
480279	right	126388	Cr	54	b	24	b	Cs	133	f	55	b	Co*	60	b	27	f	I	127	f	53	b	5.412906
681512	right	202105	Ge	73	f	32	f	Cs	133	f	55	b	Br	79	f	35	b	I	127	f	53	b	5.356085
63145	right	13877	C	13	f	6	f	Cs	133	f	55	b	F	19	f	9	b	I	127	f	53	b	5.297401
657882	right	193898	Ga	71	f	31	b	Cs	133	f	55	b	Se	77	f	34	f	I	127	f	53	b	5.257347
610142	none	246878	Zn	64	b	30	b	Cs	133	f	55	b	Ge	70	b	32	b	I	127	f	53	b	5.128800
559025	none	219851	Ni	60	b	28	b	Cs	133	f	55	b	Zn	66	b	30	b	I	127	f	53	b	5.098100
673586	none	271006	Ge	72	b	32	b	Cs	133	f	55	b	Se	78	b	34	b	I	127	f	53	b	5.097100
812882	none	332698	Sr	86	b	38	b	Cs	133	f	55	b	Zr	92	b	40	b	I	127	f	53	b	5.037500
688580	none	271021	Ge	74	b	32	b	Cs	133	f	55	b	Se	80	b	34	b	I	127	f	53	b	5.007700
648630	none	262936	Ga	69	f	31	b	Cs	133	f	55	b	As	75	f	33	b	I	127	f	53	b	4.508400
642620	none	246927	Zn	70	b	30	b	Cs	133	f	55	b	Ge	76	b	32	b	I	127	f	53	b	4.402200
618786	none	246895	Zn	66	b	30	b	Cs	133	f	55	b	Ge	72	b	32	b	I	127	f	53	b	4.381700
591758	none	237490	Cu	63	f	29	b	Cs	133	f	55	b	Ga	69	f	31	b	I	127	f	53	b	4.332400
568403	none	219869	Ni	61	f	28	f	Cs	133	f	55	b	Zn	67	f	30	f	I	127	f	53	b	4.320300
1214290	right	433410	T*	3	f	1	b	Cs	133	f	55	b	Be	9	f	4	f	I	127	f	53	b	4.286063
239322	right	59581	S	34	b	16	b	Cs	133	f	55	b	K	40	b	19	f	I	127	f	53	b	4.280209
13080	none	4372	He	3	f	2	f	Cs	133	f	55	b	Be	9	f	4	f	I	127	f	53	b	4.268100
627665	none	246909	Zn	67	f	30	f	Cs	133	f	55	b	Ge	73	f	32	f	I	127	f	53	b	4.216900
635828	none	246916	Zn	68	b	30	b	Cs	133	f	55	b	Ge	74	b	32	b	I	127	f	53	b	4.147900
84920	none	29648	O	16	b	8	b	Cs	133	f	55	b	Ne	22	b	10	b	I	127	f	53	b	3.975600
577314	none	219876	Ni	62	b	28	b	Cs	133	f	55	b	Zn	68	b	30	b	I	127	f	53	b	3.929000
601707	none	237524	Cu	65	f	29	b	Cs	133	f	55	b	Ga	71	f	31	b	I	127	f	53	b	3.431600
819744	right	258445	Sr	87	f	38	f	Cs	133	f	55	b	Nb	93	f	41	b	I	127	f	53	b	3.360825
913883	none	384067	Ru	96	b	44	b	Cs	133	f	55	b	Pd	102	b	46	b	I	127	f	53	b	3.165200
584916	none	219890	Ni	64	b	28	b	Cs	133	f	55	b	Zn	70	b	30	b	I	127	f	53	b	3.119600
918031	none	384076	Ru	98	b	44	b	Cs	133	f	55	b	Pd	104	b	46	b	I	127	f	53	b	2.494500
879273	none	364657	Mo	94	b	42	b	Cs	133	f	55	b	Ru	100	b	44	b	I	127	f	53	b	2.289600
885284	none	364665	Mo	95	f	42	f	Cs	133	f	55	b	Ru	101	f	44	f	I	127	f	53	b	2.177800
1023237	none	420966	Cd	116	b	48	b	Cs	133	f	55	b	Sn	122	b	50	b	I	127	f	53	b	2.177800
1005106	none	420950	Cd	111	f	48	f	Cs	133	f	55	b	Sn	117	f	50	f	I	127	f	53	b	2.038100
1039165	none	439292	Sn	114	b	50	b	Cs	133	f	55	b	Te	120	b	52	b	I	127	f	53	b	2.038100
923422	none	384084	Ru	99	f	44	f	Cs	133	f	55	b	Pd	105	f	46	f	I	127	f	53	b	2.028800
1019116	none	420961	Cd	114	b	48	b	Cs	133	f	55	b	Sn	120	b	50	b	I	127	f	53	b	2.028800
1014313	none	420957	Cd	113	f	48	f	Cs	133	f	55	b	Sn	119	f	50	f	I	127	f	53	b	1.823900
989215	right	342912	Ag	109	f	47	b	Cs	133	f	55	b	Sn	115	f	50	f	I	127	f	53	b	1.777285
1009788	none	420953	Cd	112	b	48	b	Cs	133	f	55	b	Sn	118	b	50	b	I	127	f	53	b	1.665500
945134	none	384108	Ru	104	b	44	b	Cs	133	f	55	b	Pd	110	b	46	b	I	127	f	53	b	1.646900
994918	none	420938	Cd	106	b	48	b	Cs	133	f	55	b	Sn	112	b	50	b	I	127	f	53	b	1.628300
897580	right	291587	Mo	97	f	42	f	Cs	133	f	55	b	Rh	103	f	45	b	I	127	f	53	b	1.572356
956203	none	403315	Pd	102	b	46	b	Cs	133	f	55	b	Cd	108	b	48	b	I	127	f	53	b	1.563000
1026947	left	211486	In	113	f	49	b	Cs	133	f	55	b	Sn	119	f	50	f	I	127	f	53	b	1.516474
1000781	none	420946	Cd	110	b	48	b	Cs	133	f	55	b	Sn	116	b	50	b	I	127	f	53	b	1.488500
56723	none	18646	C	12	b	6	b	Cs	133	f	55	b	O	18	b	8	b	I	127	f	53	b	1.469900
891529	none	364670	Mo	96	b	42	b	Cs	133	f	55	b	Ru	102	b	44	b	I	127	f	53	b	1.460600
874206	none	364649	Mo	92	b	42	b	Cs	133	f	55	b	Ru	98	b	44	b	I	127	f	53	b	1.423300
983805	none	416392	Ag	107	f	47	b	Cs	133	f	55	b	In	113	f	49	b	I	127	f	53	b	1.330200
989214	none	416411	Ag	109	f	47	b	Cs	133	f	55	b	In	115	f	49	b	I	127	f	53	b	1.274300
959874	none	403323	Pd	104	b	46	b	Cs	133	f	55	b	Cd	110	b	48	b	I	127	f	53	b	1.237000
969660	none	403334	Pd	106	b	46	b	Cs	133	f	55	b	Cd	112	b	48	b	I	127	f	53	b	1.022800
983803	left	198101	Ag	107	f	47	b	Cs	133	f	55	b	Cd	113	f	48	f	I	127	f	53	b	1.022783
974519	none	403341	Pd	108	b	46	b	Cs	133	f	55	b	Cd	114	b	48	b	I	127	f	53	b	1.013500
1076680	none	457080	Te	120	b	52	b	Cs	133	f	55	b	Xe	126	b	54	b	I	127	f	53	b	1.005100
1031599	none	435649	In	115	f	49	b	Cs	133	f	55	b	Sb	121	f	51	b	I	127	f	53	b	0.985500
964582	none	403328	Pd	105	f	46	f	Cs	133	f	55	b	Cd	111	f	48	f	I	127	f	53	b	0.808500
950174	none	400159	Rh	103	f	45	b	Cs	133	f	55	b	Ag	109	f	47	b	I	127	f	53	b	0.780600
903779	none	364679	Mo	98	b	42	b	Cs	133	f	55	b	Ru	104	b	44	b	I	127	f	53	b	0.668800
866962	right	286892	Nb	93	f	41	b	Cs	133	f	55	b	Ru	99	f	44	f	I	127	f	53	b	0.631547
928773	none	384090	Ru	100	b	44	b	Cs	133	f	55	b	Pd	106	b	46	b	I	127	f	53	b	0.519800
939712	none	384100	Ru	102	b	44	b	Cs	133	f	55	b	Pd	108	b	46	b	I	127	f	53	b	0.501100
1042575	left	215432	Sn	115	f	50	f	Cs	133	f	55	b	Sb	121	f	51	b	I	127	f	53	b	0.482516
839841	none	347508	Zr	90	b	40	b	Cs	133	f	55	b	Mo	96	b	42	b	I	127	f	53	b	0.473200
833159	right	273004	Y	89	f	39	b	Cs	133	f	55	b	Mo	95	f	42	f	I	127	f	53	b	0.417307
846064	none	347515	Zr	91	f	40	f	Cs	133	f	55	b	Mo	97	f	42	f	I	127	f	53	b	0.221700
979302	none	403346	Pd	110	b	46	b	Cs	133	f	55	b	Cd	116	b	48	b	I	127	f	53	b	0.212400
825953	none	332708	Sr	88	b	38	b	Cs	133	f	55	b	Zr	94	b	40	b	I	127	f	53	b	0.193800
1068781	none	454197	Sb	121	f	51	b	Cs	133	f	55	b	I	127	f	53	b	I	127	f	53	b	0.126700

Two To Two Reactions - data provided by Dr. Alexander Parkhomov

Facilitated by the Martin Fleischmann Memorial Project

This program enables SQL commands to query the TwoToTwo (2-2) tables created from Dr Parkhomov's two spreadsheets the latest of which includes the effects of neutrinos

Input used for this run:

Full SQL Query: "select * from TwoToTwoAll where A2 = 133 and E4 = 'I' order by MeV desc"

136 rows were found.