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 Z1 = 16 and E2 = 'K' order by MeV desc limit 100"

100 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
225051	left	33361	S	33	f	16	f	K	41	f	19	b	He	4	b	2	b	Ge	70	b	32	b	5.883319
213916	left	33319	S	32	b	16	b	K	40	b	19	f	O	16	b	8	b	Fe	56	b	26	b	5.807868
213927	left	33320	S	32	b	16	b	K	40	b	19	f	S	34	b	16	b	Ar	38	b	18	b	5.115768
225020	left	33308	S	33	f	16	f	K	39	f	19	b	O	16	b	8	b	Fe	56	b	26	b	4.963003
213915	left	33321	S	32	b	16	b	K	40	b	19	f	C	12	b	6	b	Ni	60	b	28	b	4.935989
225033	left	33331	S	33	f	16	f	K	40	b	19	f	O	16	b	8	b	Fe	57	f	26	f	4.806512
225053	left	33362	S	33	f	16	f	K	41	f	19	b	O	16	b	8	b	Fe	58	b	26	b	4.759005
225052	left	33363	S	33	f	16	f	K	41	f	19	b	C	12	b	6	b	Ni	62	b	28	b	4.611829
236129	left	33343	S	34	b	16	b	K	40	b	19	f	He	4	b	2	b	Ge	70	b	32	b	4.557803
225027	left	33309	S	33	f	16	f	K	39	f	19	b	S	34	b	16	b	Ar	38	b	18	b	4.270902
225030	left	33332	S	33	f	16	f	K	40	b	19	f	C	12	b	6	b	Ni	61	f	28	f	4.117206
225019	left	33310	S	33	f	16	f	K	39	f	19	b	C	12	b	6	b	Ni	60	b	28	b	4.091124
225066	left	33364	S	33	f	16	f	K	41	f	19	b	Si	30	b	14	b	Ca	44	b	20	b	3.767896
225048	none	78750	S	33	f	16	f	K	40	b	19	f	S	34	b	16	b	K	39	f	19	b	3.623500
225049	none	78751	S	33	f	16	f	K	40	b	19	f	Cl	35	f	17	b	Ar	38	b	18	b	3.622600
225064	right	34828	S	33	f	16	f	K	41	f	19	b	Si	28	b	14	b	Ti	46	b	22	b	3.480056
213922	left	33322	S	32	b	16	b	K	40	b	19	f	Si	30	b	14	b	Ca	42	b	20	b	3.440010
236131	left	33344	S	34	b	16	b	K	40	b	19	f	O	16	b	8	b	Fe	58	b	26	b	3.433489
213920	left	33323	S	32	b	16	b	K	40	b	19	f	Si	28	b	14	b	Ca	44	b	20	b	3.413928
213931	left	33353	S	32	b	16	b	K	41	f	19	b	O	16	b	8	b	Fe	57	f	26	f	3.353381
236130	left	33345	S	34	b	16	b	K	40	b	19	f	C	12	b	6	b	Ni	62	b	28	b	3.286313
225042	left	33333	S	33	f	16	f	K	40	b	19	f	Si	29	f	14	f	Ca	44	b	20	b	3.249053
225058	left	33365	S	33	f	16	f	K	41	f	19	b	Mg	24	b	12	b	Ti	50	b	22	b	3.223903
213917	left	33324	S	32	b	16	b	K	40	b	19	f	Ne	20	b	10	b	Cr	52	b	24	b	2.911853
213918	left	33325	S	32	b	16	b	K	40	b	19	f	Mg	24	b	12	b	Ti	48	b	22	b	2.877387
225044	none	78748	S	33	f	16	f	K	40	b	19	f	P	31	f	15	b	Ca	42	b	20	b	2.867100
225069	left	33366	S	33	f	16	f	K	41	f	19	b	S	34	b	16	b	Ar	40	b	18	b	2.838265
225054	right	13058	S	33	f	16	f	K	41	f	19	b	O	16	b	8	b	Ni	58	b	28	b	2.830805
225074	right	52600	S	33	f	16	f	K	41	f	19	b	Ar	36	b	18	b	Ar	38	b	18	b	2.815901
225043	left	33334	S	33	f	16	f	K	40	b	19	f	Si	30	b	14	b	Ca	43	f	20	f	2.727417
213930	left	33354	S	32	b	16	b	K	41	f	19	b	C	12	b	6	b	Ni	61	f	28	f	2.664075
225071	right	42934	S	33	f	16	f	K	41	f	19	b	S	34	b	16	b	Ca	40	b	20	b	2.647300
225024	left	33311	S	33	f	16	f	K	39	f	19	b	Si	30	b	14	b	Ca	42	b	20	b	2.595145
225023	left	33312	S	33	f	16	f	K	39	f	19	b	Si	28	b	14	b	Ca	44	b	20	b	2.569063
225061	left	33367	S	33	f	16	f	K	41	f	19	b	Mg	26	b	12	b	Ti	48	b	22	b	2.568131
225063	left	33368	S	33	f	16	f	K	41	f	19	b	Si	28	b	14	b	Ca	46	b	20	b	2.496406
225041	none	78747	S	33	f	16	f	K	40	b	19	f	Si	28	b	14	b	Sc	45	f	21	b	2.443300
236139	left	33346	S	34	b	16	b	K	40	b	19	f	Si	30	b	14	b	Ca	44	b	20	b	2.442380
225068	right	42935	S	33	f	16	f	K	41	f	19	b	S	32	b	16	b	Ca	42	b	20	b	2.416290
225037	left	33335	S	33	f	16	f	K	40	b	19	f	Mg	24	b	12	b	Ti	49	f	22	f	2.381832
225035	left	33336	S	33	f	16	f	K	40	b	19	f	Ne	20	b	10	b	Cr	53	f	24	f	2.213232
213940	none	78758	S	32	b	16	b	K	41	f	19	b	S	34	b	16	b	K	39	f	19	b	2.170400
213941	none	78759	S	32	b	16	b	K	41	f	19	b	Cl	35	f	17	b	Ar	38	b	18	b	2.169400
236138	right	34827	S	34	b	16	b	K	40	b	19	f	Si	28	b	14	b	Ti	46	b	22	b	2.154540
225021	left	33313	S	33	f	16	f	K	39	f	19	b	Ne	20	b	10	b	Cr	52	b	24	b	2.066987
225060	right	26615	S	33	f	16	f	K	41	f	19	b	Mg	24	b	12	b	Cr	50	b	24	b	2.049281
225022	left	33314	S	33	f	16	f	K	39	f	19	b	Mg	24	b	12	b	Ti	48	b	22	b	2.032522
236134	left	33347	S	34	b	16	b	K	40	b	19	f	Mg	24	b	12	b	Ti	50	b	22	b	1.898387
225050	none	78752	S	33	f	16	f	K	40	b	19	f	Ar	36	b	18	b	Cl	37	f	17	b	1.886300
225055	left	33369	S	33	f	16	f	K	41	f	19	b	Ne	20	b	10	b	Cr	54	b	24	b	1.839703
213936	left	33355	S	32	b	16	b	K	41	f	19	b	Si	29	f	14	f	Ca	44	b	20	b	1.795923
225038	left	33337	S	33	f	16	f	K	40	b	19	f	Mg	25	f	12	f	Ti	48	b	22	b	1.565844
213924	left	33326	S	32	b	16	b	K	40	b	19	f	S	32	b	16	b	Ar	40	b	18	b	1.512748
225046	left	33338	S	33	f	16	f	K	40	b	19	f	S	33	f	16	f	Ar	40	b	18	b	1.512748
236141	left	33348	S	34	b	16	b	K	40	b	19	f	S	34	b	16	b	Ar	40	b	18	b	1.512748
236132	right	13057	S	34	b	16	b	K	40	b	19	f	O	16	b	8	b	Ni	58	b	28	b	1.505288
213914	left	33305	S	32	b	16	b	K	39	f	19	b	S	33	f	16	f	Ar	38	b	18	b	1.492256
236144	right	52599	S	34	b	16	b	K	40	b	19	f	Ar	36	b	18	b	Ar	38	b	18	b	1.490385
236146	none	78767	S	34	b	16	b	K	41	f	19	b	O	16	b	8	b	Co	59	f	27	b	1.485700
225045	none	78749	S	33	f	16	f	K	40	b	19	f	S	32	b	16	b	K	41	f	19	b	1.453100
213938	none	78757	S	32	b	16	b	K	41	f	19	b	P	31	f	15	b	Ca	42	b	20	b	1.414000
225073	left	33370	S	33	f	16	f	K	41	f	19	b	Cl	37	f	17	b	Cl	37	f	17	b	1.400969
225070	none	78765	S	33	f	16	f	K	41	f	19	b	S	34	b	16	b	K	40	b	19	f	1.325500
213925	right	42930	S	32	b	16	b	K	40	b	19	f	S	32	b	16	b	Ca	40	b	20	b	1.321784
236142	right	42932	S	34	b	16	b	K	40	b	19	f	S	34	b	16	b	Ca	40	b	20	b	1.321784
225047	right	42931	S	33	f	16	f	K	40	b	19	f	S	33	f	16	f	Ca	40	b	20	b	1.321784
225034	left	33339	S	33	f	16	f	K	40	b	19	f	O	17	f	8	f	Fe	56	b	26	b	1.306888
225057	left	33371	S	33	f	16	f	K	41	f	19	b	Ne	22	b	10	b	Cr	52	b	24	b	1.301299
213937	left	33356	S	32	b	16	b	K	41	f	19	b	Si	30	b	14	b	Ca	43	f	20	f	1.274286
236136	left	33349	S	34	b	16	b	K	40	b	19	f	Mg	26	b	12	b	Ti	48	b	22	b	1.242615
225031	left	33340	S	33	f	16	f	K	40	b	19	f	C	13	f	6	f	Ni	60	b	28	b	1.240752
213928	left	33327	S	32	b	16	b	K	40	b	19	f	Cl	35	f	17	b	Cl	37	f	17	b	1.239821
225040	none	78746	S	33	f	16	f	K	40	b	19	f	Al	27	f	13	b	Ti	46	b	22	b	1.211900
236128	left	33317	S	34	b	16	b	K	39	f	19	b	O	16	b	8	b	Fe	57	f	26	f	1.183000
236137	left	33350	S	34	b	16	b	K	40	b	19	f	Si	28	b	14	b	Ca	46	b	20	b	1.170890
225056	right	19171	S	33	f	16	f	K	41	f	19	b	Ne	20	b	10	b	Fe	54	b	26	b	1.148526
236140	right	42933	S	34	b	16	b	K	40	b	19	f	S	32	b	16	b	Ca	42	b	20	b	1.090774
225039	left	33341	S	33	f	16	f	K	40	b	19	f	Mg	26	b	12	b	Ti	47	f	22	f	1.043275
225036	left	33342	S	33	f	16	f	K	40	b	19	f	Ne	21	f	10	f	Cr	52	b	24	b	1.030234
225059	none	78761	S	33	f	16	f	K	41	f	19	b	Mg	24	b	12	b	V	50	b	23	f	1.011600
236153	none	78772	S	34	b	16	b	K	41	f	19	b	Cl	37	f	17	b	Ar	38	b	18	b	1.005100
213935	none	78756	S	32	b	16	b	K	41	f	19	b	Si	28	b	14	b	Sc	45	f	21	b	0.990200
236149	right	34830	S	34	b	16	b	K	41	f	19	b	Si	28	b	14	b	Ti	47	f	22	f	0.945461
213933	left	33357	S	32	b	16	b	K	41	f	19	b	Mg	24	b	12	b	Ti	49	f	22	f	0.928702
213929	right	52598	S	32	b	16	b	K	40	b	19	f	Ar	36	b	18	b	Ar	36	b	18	b	0.918447
213926	none	78744	S	32	b	16	b	K	40	b	19	f	S	33	f	16	f	K	39	f	19	b	0.844900
225065	none	78763	S	33	f	16	f	K	41	f	19	b	Si	29	f	14	f	Sc	45	f	21	b	0.825300
213919	left	33328	S	32	b	16	b	K	40	b	19	f	Mg	26	b	12	b	Ti	46	b	22	b	0.799224
213932	left	33358	S	32	b	16	b	K	41	f	19	b	Ne	20	b	10	b	Cr	53	f	24	f	0.760101
213921	left	33329	S	32	b	16	b	K	40	b	19	f	Si	29	f	14	f	Ca	43	f	20	f	0.755444
236135	right	26614	S	34	b	16	b	K	40	b	19	f	Mg	24	b	12	b	Cr	50	b	24	b	0.723765
225067	none	78764	S	33	f	16	f	K	41	f	19	b	P	31	f	15	b	Ca	43	f	20	f	0.701400
225072	right	47487	S	33	f	16	f	K	41	f	19	b	Cl	35	f	17	b	K	39	f	19	b	0.677190
225025	left	33315	S	33	f	16	f	K	39	f	19	b	S	32	b	16	b	Ar	40	b	18	b	0.667883
236147	none	78768	S	34	b	16	b	K	41	f	19	b	Mg	24	b	12	b	V	51	f	23	b	0.630600
213913	left	33306	S	32	b	16	b	K	39	f	19	b	Si	29	f	14	f	Ca	42	b	20	b	0.623172
236150	right	34829	S	34	b	16	b	K	41	f	19	b	Si	29	f	14	f	Ti	46	b	22	b	0.536535
236133	left	33351	S	34	b	16	b	K	40	b	19	f	Ne	20	b	10	b	Cr	54	b	24	b	0.514187
236127	left	33318	S	34	b	16	b	K	39	f	19	b	C	12	b	6	b	Ni	61	f	28	f	0.493694
225026	right	42928	S	33	f	16	f	K	39	f	19	b	S	32	b	16	b	Ca	40	b	20	b	0.476923

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 Z1 = 16 and E2 = 'K' order by MeV desc limit 100"

100 rows were found.