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 = 202 and A4 = 177 order by MeV desc"

103 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
141451	right	66967	Na	23	f	11	b	Hg	202	b	80	b	Ca	48	b	20	b	Hf	177	f	72	f	60.137253
304682	right	133069	K	39	f	19	b	Hg	202	b	80	b	Ni	64	b	28	b	Hf	177	f	72	f	58.595630
339574	right	143334	Ca	40	b	20	b	Hg	202	b	80	b	Cu	65	f	29	b	Hf	177	f	72	f	57.708848
386764	right	153259	Sc	45	f	21	b	Hg	202	b	80	b	Zn	70	b	30	b	Hf	177	f	72	f	53.766765
397204	right	163510	Ti	46	b	22	b	Hg	202	b	80	b	Ga	71	f	31	b	Hf	177	f	72	f	51.179074
460077	right	181329	Cr	50	b	24	b	Hg	202	b	80	b	As	75	f	33	b	Hf	177	f	72	f	48.084651
598743	right	232572	Cu	63	f	29	b	Hg	202	b	80	b	Sr	88	b	38	b	Hf	177	f	72	f	47.631945
616258	right	240618	Zn	64	b	30	b	Hg	202	b	80	b	Y	89	f	39	b	Hf	177	f	72	f	47.380441
450074	right	174067	V	51	f	23	b	Hg	202	b	80	b	Ge	76	b	32	b	Hf	177	f	72	f	46.358592
538792	right	211721	Co	59	f	27	b	Hg	202	b	80	b	Kr	84	b	36	b	Hf	177	f	72	f	45.490440
493522	right	189979	Mn	55	f	25	b	Hg	202	b	80	b	Se	80	b	34	b	Hf	177	f	72	f	45.356305
503178	right	200100	Fe	54	b	26	b	Hg	202	b	80	b	Br	79	f	35	b	Hf	177	f	72	f	45.105733
556303	none	234498	Ni	58	b	28	b	Hg	202	b	80	b	Kr	83	f	36	f	Hf	177	f	72	f	45.048000
607658	right	232573	Cu	65	f	29	b	Hg	202	b	80	b	Sr*	90	b	38	b	Hf	177	f	72	f	44.344702
575025	none	234606	Ni	61	f	28	f	Hg	202	b	80	b	Kr	86	b	36	b	Hf	177	f	72	f	44.322400
655102	right	250057	Ga	69	f	31	b	Hg	202	b	80	b	Zr	94	b	40	b	Hf	177	f	72	f	43.493317
582912	right	222346	Ni	62	b	28	b	Hg	202	b	80	b	Rb	87	f	37	b	Hf	177	f	72	f	43.142143
565376	right	222345	Ni	60	b	28	b	Hg	202	b	80	b	Rb	85	f	37	b	Hf	177	f	72	f	43.056446
512420	right	200101	Fe	56	b	26	b	Hg	202	b	80	b	Br	81	f	35	b	Hf	177	f	72	f	42.604671
663083	right	250058	Ga	71	f	31	b	Hg	202	b	80	b	Zr	96	b	40	b	Hf	177	f	72	f	40.790121
761848	right	290778	Kr	78	b	36	b	Hg	202	b	80	b	Rh	103	f	45	b	Hf	177	f	72	f	39.791559
704526	right	267992	As	75	f	33	b	Hg	202	b	80	b	Mo	100	b	42	b	Hf	177	f	72	f	38.340291
747658	right	282895	Br	79	f	35	b	Hg	202	b	80	b	Ru	104	b	44	b	Hf	177	f	72	f	37.229950
811114	right	306929	Sr	84	b	38	b	Hg	202	b	80	b	Ag	109	f	47	b	Hf	177	f	72	f	33.371702
798746	right	298936	Rb	85	f	37	b	Hg	202	b	80	b	Pd	110	b	46	b	Hf	177	f	72	f	32.006131
872594	right	339348	Nb	93	f	41	b	Hg	202	b	80	b	Sn	118	b	50	b	Hf	177	f	72	f	29.230279
916717	left	186570	Ru	96	b	44	b	Hg	202	b	80	b	Sb	121	f	51	b	Hf	177	f	72	f	28.876319
890260	none	380050	Mo	95	f	42	f	Hg	202	b	80	b	Sn	120	b	50	b	Hf	177	f	72	f	28.634100
927795	none	398042	Ru	99	f	44	f	Hg	202	b	80	b	Te	124	b	52	b	Hf	177	f	72	f	28.382600
878030	none	379954	Mo	92	b	42	b	Hg	202	b	80	b	Sn	117	f	50	f	Hf	177	f	72	f	28.298800
902424	none	380121	Mo	97	f	42	f	Hg	202	b	80	b	Sn	122	b	50	b	Hf	177	f	72	f	27.469800
838747	right	318249	Y	89	f	39	b	Hg	202	b	80	b	Cd	114	b	48	b	Hf	177	f	72	f	27.022638
907941	right	348991	Mo	98	b	42	b	Hg	202	b	80	b	Sb	123	f	51	b	Hf	177	f	72	f	26.556891
883675	none	380005	Mo	94	b	42	b	Hg	202	b	80	b	Sn	119	f	50	f	Hf	177	f	72	f	26.547600
921706	left	186589	Ru	98	b	44	b	Hg	202	b	80	b	Sb	123	f	51	b	Hf	177	f	72	f	26.547584
921710	none	398000	Ru	98	b	44	b	Hg	202	b	80	b	Te	123	f	52	f	Hf	177	f	72	f	26.519600
954872	right	368436	Rh	103	f	45	b	Hg	202	b	80	b	Xe	128	b	54	b	Hf	177	f	72	f	26.465604
968664	none	414431	Pd	105	f	46	f	Hg	202	b	80	b	Xe	130	b	54	b	Hf	177	f	72	f	26.342700
938622	none	398123	Ru	101	f	44	f	Hg	202	b	80	b	Te	126	b	52	b	Hf	177	f	72	f	26.107900
987787	left	201678	Ag	107	f	47	b	Hg	202	b	80	b	Xe	132	b	54	b	Hf	177	f	72	f	26.042714
896092	right	348990	Mo	96	b	42	b	Hg	202	b	80	b	Sb	121	f	51	b	Hf	177	f	72	f	26.035254
958955	left	196598	Pd	102	b	46	b	Hg	202	b	80	b	I	127	f	53	b	Hf	177	f	72	f	25.837785
993622	right	379621	Ag	109	f	47	b	Hg	202	b	80	b	Ba	134	b	56	b	Hf	177	f	72	f	25.653342
844751	right	327226	Zr	90	b	40	b	Hg	202	b	80	b	In	115	f	49	b	Hf	177	f	72	f	25.522932
851345	none	358550	Zr	91	f	40	f	Hg	202	b	80	b	Cd	116	b	48	b	Hf	177	f	72	f	25.513600
1008919	none	433648	Cd	111	f	48	f	Hg	202	b	80	b	Ba	136	b	56	b	Hf	177	f	72	f	25.429800
954869	left	189980	Rh	103	f	45	b	Hg	202	b	80	b	Te	128	b	52	b	Hf	177	f	72	f	25.373901
1041779	left	222896	Sn	114	b	50	b	Hg	202	b	80	b	La	139	f	57	b	Hf	177	f	72	f	25.196917
987791	right	379620	Ag	107	f	47	b	Hg	202	b	80	b	Ba	132	b	56	b	Hf	177	f	72	f	25.150335
1018268	none	433719	Cd	113	f	48	f	Hg	202	b	80	b	Ba	138	b	56	b	Hf	177	f	72	f	24.917500
943884	right	362262	Ru	102	b	44	b	Hg	202	b	80	b	I	127	f	53	b	Hf	177	f	72	f	24.701355
993618	left	201701	Ag	109	f	47	b	Hg	202	b	80	b	Xe	134	b	54	b	Hf	177	f	72	f	24.639884
1030498	left	214576	In	113	f	49	b	Hg	202	b	80	b	Ba	138	b	56	b	Hf	177	f	72	f	24.610076
1000014	left	210005	Cd	108	b	48	b	Hg	202	b	80	b	Cs	133	f	55	b	Hf	177	f	72	f	24.274738
978395	right	374582	Pd	108	b	46	b	Hg	202	b	80	b	Cs	133	f	55	b	Hf	177	f	72	f	24.200211
963265	none	414389	Pd	104	b	46	b	Hg	202	b	80	b	Xe	129	f	54	f	Hf	177	f	72	f	24.149900
932851	none	398081	Ru	100	b	44	b	Hg	202	b	80	b	Te	125	f	52	f	Hf	177	f	72	f	23.986000
1030503	right	390311	In	113	f	49	b	Hg	202	b	80	b	Ce	138	b	58	b	Hf	177	f	72	f	23.948707
1035476	right	390312	In	115	f	49	b	Hg	202	b	80	b	Ce	140	b	58	b	Hf	177	f	72	f	23.659944
973494	none	414472	Pd	106	b	46	b	Hg	202	b	80	b	Xe	131	f	54	f	Hf	177	f	72	f	23.532300
1018269	right	386137	Cd	113	f	48	f	Hg	202	b	80	b	La	138	b	57	f	Hf	177	f	72	f	23.240772
1045328	none	452208	Sn	115	f	50	f	Hg	202	b	80	b	Ce	140	b	58	b	Hf	177	f	72	f	23.156900
1022507	right	386138	Cd	114	b	48	b	Hg	202	b	80	b	La	139	f	57	b	Hf	177	f	72	f	22.970639
1030499	none	437885	In	113	f	49	b	Hg	202	b	80	b	La	138	b	57	f	Hf	177	f	72	f	22.933400
1003908	none	433608	Cd	110	b	48	b	Hg	202	b	80	b	Ba	135	f	56	f	Hf	177	f	72	f	22.868200
1013221	none	433687	Cd	112	b	48	b	Hg	202	b	80	b	Ba	137	f	56	f	Hf	177	f	72	f	22.756400
1013216	left	210047	Cd	112	b	48	b	Hg	202	b	80	b	Cs*	137	f	55	b	Hf	177	f	72	f	21.582720
1048788	right	394151	Sn	116	b	50	b	Hg	202	b	80	b	Pr	141	f	59	b	Hf	177	f	72	f	20.371770
1052764	none	452283	Sn	117	f	50	f	Hg	202	b	80	b	Ce	142	b	58	b	Hf	177	f	72	f	19.719700
1079047	none	466331	Te	120	b	52	b	Hg	202	b	80	b	Nd	145	f	60	f	Hf	177	f	72	f	18.164100
1072212	right	398529	Sb	121	f	51	b	Hg	202	b	80	b	Nd	146	b	60	b	Hf	177	f	72	f	16.962502
1104393	none	477059	Xe	124	b	54	b	Hg	202	b	80	b	Sm	149	f	62	f	Hf	177	f	72	f	15.220600
1086054	none	466402	Te	123	f	52	f	Hg	202	b	80	b	Nd	148	b	60	b	Hf	177	f	72	f	13.832700
1076026	right	398530	Sb	123	f	51	b	Hg	202	b	80	b	Nd	148	b	60	b	Hf	177	f	72	f	13.804737
1101969	right	405834	I	127	f	53	b	Hg	202	b	80	b	Sm	152	b	62	b	Hf	177	f	72	f	11.189101
1106990	right	410191	Xe	126	b	54	b	Hg	202	b	80	b	Eu	151	f	63	b	Hf	177	f	72	f	10.888229
1092645	none	466448	Te	125	f	52	f	Hg	202	b	80	b	Nd	150	b	60	b	Hf	177	f	72	f	10.116000
1127822	none	484608	Ba	130	b	56	b	Hg	202	b	80	b	Gd	155	f	64	f	Hf	177	f	72	f	10.022900
1112875	none	477151	Xe	129	f	54	f	Hg	202	b	80	b	Sm	154	b	62	b	Hf	177	f	72	f	9.244100
1109786	right	410192	Xe	128	b	54	b	Hg	202	b	80	b	Eu	153	f	63	b	Hf	177	f	72	f	9.154718
1130251	none	484642	Ba	132	b	56	b	Hg	202	b	80	b	Gd	157	f	64	f	Hf	177	f	72	f	7.759300
1124825	right	413193	Cs	133	f	55	b	Hg	202	b	80	b	Gd	158	b	64	b	Hf	177	f	72	f	7.582356
1145202	none	489102	Ce	136	b	58	b	Hg	202	b	80	b	Dy	161	f	66	f	Hf	177	f	72	f	7.125900
1132634	right	415972	Ba	134	b	56	b	Hg	202	b	80	b	Tb	159	f	65	b	Hf	177	f	72	f	6.064021
1135102	none	484689	Ba	135	f	56	f	Hg	202	b	80	b	Gd	160	b	64	b	Hf	177	f	72	f	5.216400
1141731	right	418165	La	138	b	57	f	Hg	202	b	80	b	Dy	163	f	66	f	Hf	177	f	72	f	5.207046
1163259	none	499121	Sm	147	f	62	f	Hg	202	b	80	b	Yb	172	b	70	b	Hf	177	f	72	f	4.853100
1173755	right	428266	Eu	151	f	63	b	Hg	202	b	80	b	Hf	176	b	72	b	Hf	177	f	72	f	4.778559
1166751	none	499160	Sm	149	f	62	f	Hg	202	b	80	b	Yb	174	b	70	b	Hf	177	f	72	f	4.713400
1147058	none	489129	Ce	138	b	58	b	Hg	202	b	80	b	Dy	163	f	66	f	Hf	177	f	72	f	4.191700
1161660	left	249187	Sm	144	b	62	b	Hg	202	b	80	b	Tm	169	f	69	b	Hf	177	f	72	f	4.145151
1153205	none	494190	Nd	143	f	60	f	Hg	202	b	80	b	Er	168	b	68	b	Hf	177	f	72	f	4.089300
1143344	right	418166	La	139	f	57	b	Hg	202	b	80	b	Dy	164	b	66	b	Hf	177	f	72	f	4.079938
1150891	right	422123	Pr	141	f	59	b	Hg	202	b	80	b	Er	166	b	68	b	Hf	177	f	72	f	3.856380
1173751	left	251317	Eu	151	f	63	b	Hg	202	b	80	b	Yb	176	b	70	b	Hf	177	f	72	f	3.763238
1173753	none	501159	Eu	151	f	63	b	Hg	202	b	80	b	Lu	176	b	71	f	Hf	177	f	72	f	3.763200
1156139	none	494216	Nd	145	f	60	f	Hg	202	b	80	b	Er	170	b	68	b	Hf	177	f	72	f	3.539700
1164626	none	499141	Sm	148	b	62	b	Hg	202	b	80	b	Yb	173	f	70	f	Hf	177	f	72	f	3.176400
1168449	right	427419	Sm	150	b	62	b	Hg	202	b	80	b	Lu	175	f	71	b	Hf	177	f	72	f	3.045980
1177395	none	505077	Gd	152	b	64	b	Hg	202	b	80	b	Hf	177	f	72	f	Hf	177	f	72	f	2.980800
1154364	right	424357	Nd	144	b	60	b	Hg	202	b	80	b	Tm	169	f	69	b	Hf	177	f	72	f	2.515028
1148264	right	420893	Ce	140	b	58	b	Hg	202	b	80	b	Ho	165	f	67	b	Hf	177	f	72	f	2.487083
1151800	none	494174	Nd	142	b	60	b	Hg	202	b	80	b	Er	167	f	68	f	Hf	177	f	72	f	2.401400

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 = 202 and A4 = 177 order by MeV desc"

103 rows were found.