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 and all of the now 9 "Parkhomov" tables together with the "Selected Isotopes" and "Periodic" 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 e3 = 'au' 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
1187376	left	255510	Dy	156	b	66	b	Pu	239	f	94	f	Au	197	f	79	b	Hg	198	b	80	b	39.652774
1185268	right	431756	Gd	160	b	64	b	Pu	239	f	94	f	Au	197	f	79	b	Hg	202	b	80	b	39.214964
1184427	right	431755	Gd	158	b	64	b	Pu	239	f	94	f	Au	197	f	79	b	Hg	200	b	80	b	38.531247
1192951	left	256658	Er	162	b	68	b	Pu	239	f	94	f	Au	197	f	79	b	Pb	204	b	82	b	38.507968
1183505	right	431754	Gd	157	f	64	f	Pu	239	f	94	f	Au	197	f	79	b	Hg	199	f	80	f	38.464180
1188205	left	255515	Dy	158	b	66	b	Pu	239	f	94	f	Au	197	f	79	b	Hg	200	b	80	b	38.400846
1182048	right	431753	Gd	156	b	64	b	Pu	239	f	94	f	Au	197	f	79	b	Hg	198	b	80	b	38.106486
1183503	right	431752	Gd	157	f	64	f	U*	238	b	92	b	Au	197	f	79	b	Pt	198	b	78	b	37.835421
1193541	left	256662	Er	164	b	68	b	Pu	239	f	94	f	Au	197	f	79	b	Pb	206	b	82	b	37.691048
1182047	left	253679	Gd	156	b	64	b	Pu	239	f	94	f	Au	197	f	79	b	Pt	198	b	78	b	37.426503
1189771	right	431766	Dy	161	f	66	f	U*	238	b	92	b	Au	197	f	79	b	Hg	202	b	80	b	37.425564
1191476	right	431769	Dy	164	b	66	b	Pu	239	f	94	f	Au	197	f	79	b	Pb	206	b	82	b	37.253238
1188199	right	431764	Dy	158	b	66	b	U*	238	b	92	b	Au	197	f	79	b	Hg	199	f	80	f	37.177787
1188831	left	255521	Dy	160	b	66	b	Pu	239	f	94	f	Au	197	f	79	b	Hg	202	b	80	b	37.081851
1194482	right	431778	Er	167	f	68	f	U*	238	b	92	b	Au	197	f	79	b	Pb	208	b	82	b	36.900201
1193895	left	256667	Er	166	b	68	b	Pu	239	f	94	f	Au	197	f	79	b	Pb	208	b	82	b	36.668267
1191020	right	431767	Dy	163	f	66	f	U*	238	b	92	b	Au	197	f	79	b	Hg	204	b	80	b	36.417687
1190240	right	431768	Dy	162	b	66	b	Pu	239	f	94	f	Au	197	f	79	b	Pb	204	b	82	b	36.337579
1188824	right	431765	Dy	160	b	66	b	U*	238	b	92	b	Au	197	f	79	b	Hg	201	f	80	f	36.070240
1193891	right	431777	Er	166	b	68	b	U*	238	b	92	b	Au	197	f	79	b	Pb	207	f	82	f	36.058131
1190239	left	255533	Dy	162	b	66	b	Pu	239	f	94	f	Au	197	f	79	b	Hg	204	b	80	b	35.952880
1192946	left	256635	Er	162	b	68	b	U*	235	f	92	f	Au	197	f	79	b	Hg	200	b	80	b	35.244944
1185262	right	431751	Gd	160	b	64	b	U*	235	f	92	f	Au	197	f	79	b	Pt	198	b	78	b	34.438262
1195223	right	431776	Er	170	b	68	b	U*	235	f	92	f	Au	197	f	79	b	Pb	208	b	82	b	33.763861
1193537	left	256641	Er	164	b	68	b	U*	235	f	92	f	Au	197	f	79	b	Hg	202	b	80	b	33.581296
1186406	right	431757	Tb	159	f	65	b	U*	235	f	92	f	Au	197	f	79	b	Au	197	f	79	b	33.327921
1189765	right	431760	Dy	161	f	66	f	U*	235	f	92	f	Au	197	f	79	b	Hg	199	f	80	f	33.277621
1196192	left	257514	Yb	170	b	70	b	U*	235	f	92	f	Au	197	f	79	b	Pb	208	b	82	b	33.177027
1191473	right	431763	Dy	164	b	66	b	U*	235	f	92	f	Au	197	f	79	b	Hg	202	b	80	b	33.143486
1190229	right	431761	Dy	162	b	66	b	U*	235	f	92	f	Au	197	f	79	b	Hg	200	b	80	b	33.074555
1191014	right	431762	Dy	163	f	66	f	U*	235	f	92	f	Au	197	f	79	b	Hg	201	f	80	f	33.008419
1188820	right	431759	Dy	160	b	66	b	U*	235	f	92	f	Au	197	f	79	b	Hg	198	b	80	b	32.985132
1192229	right	431770	Ho	165	f	67	b	U*	235	f	92	f	Au	197	f	79	b	Tl	203	f	81	b	32.928310
1194742	right	431775	Er	168	b	68	b	U*	235	f	92	f	Au	197	f	79	b	Pb	206	b	82	b	32.895708
1193886	right	431774	Er	166	b	68	b	U*	235	f	92	f	Au	197	f	79	b	Pb	204	b	82	b	32.334017
1188819	left	255500	Dy	160	b	66	b	U*	235	f	92	f	Au	197	f	79	b	Pt	198	b	78	b	32.305149
1193885	left	256650	Er	166	b	68	b	U*	235	f	92	f	Au	197	f	79	b	Hg	204	b	80	b	31.949318
1196765	right	431779	Yb	171	f	70	f	Th*	232	b	90	b	Au	197	f	79	b	Pb	206	b	82	b	31.384825
1197408	right	431781	Yb	173	f	70	f	Th*	232	b	90	b	Au	197	f	79	b	Pb	208	b	82	b	31.032720
1194479	right	431773	Er	167	f	68	f	Th*	232	b	90	b	Au	197	f	79	b	Hg	202	b	80	b	30.812887
1193530	right	431771	Er	164	b	68	b	Th*	232	b	90	b	Au	197	f	79	b	Hg	199	f	80	f	30.462646
1191010	right	431758	Dy	163	f	66	f	Th*	232	b	90	b	Au	197	f	79	b	Pt	198	b	78	b	30.272621
1196975	right	431780	Yb	172	b	70	b	Th*	232	b	90	b	Au	197	f	79	b	Pb	207	f	82	f	30.106815
1193878	right	431772	Er	166	b	68	b	Th*	232	b	90	b	Au	197	f	79	b	Hg	201	f	80	f	29.569343
1208706	left	261255	Os	190	b	76	b	Pu	239	f	94	f	Au	197	f	79	b	Th*	232	b	90	b	5.587104
1209986	right	431799	Pt	194	b	78	b	U*	238	b	92	b	Au	197	f	79	b	U*	235	f	92	f	2.873653
1210159	none	516633	Pt	195	f	78	f	Bi	209	f	83	b	Au	197	f	79	b	Pb	207	f	82	f	2.596100
1209495	none	516228	Ir	193	f	77	b	Bi	209	f	83	b	Au	197	f	79	b	Tl	205	f	81	b	2.499200
1209222	none	516221	Ir	191	f	77	b	Bi	209	f	83	b	Au	197	f	79	b	Tl	203	f	81	b	2.220700
1209978	none	516630	Pt	194	b	78	b	Bi	209	f	83	b	Au	197	f	79	b	Pb	206	b	82	b	2.076300
1209876	none	516628	Pt	192	b	78	b	Bi	209	f	83	b	Au	197	f	79	b	Pb	204	b	82	b	2.073500
1210234	none	516636	Pt	196	b	78	b	Bi	209	f	83	b	Au	197	f	79	b	Pb	208	b	82	b	2.051200
1209985	left	261678	Pt	194	b	78	b	U*	235	f	92	f	Au	197	f	79	b	Th*	232	b	90	b	1.844360
1208701	none	515967	Os	190	b	76	b	Bi	209	f	83	b	Au	197	f	79	b	Hg	202	b	80	b	1.709300
1208442	none	515962	Os	189	f	76	f	Bi	209	f	83	b	Au	197	f	79	b	Hg	201	f	80	f	1.676700
1208885	none	515970	Os	192	b	76	b	Bi	209	f	83	b	Au	197	f	79	b	Hg	204	b	80	b	1.670200
1206820	right	431782	Re	187	f	75	b	Bi	209	f	83	b	Au	197	f	79	b	Hg	199	f	80	f	1.461508
1207779	none	515954	Os	187	f	76	f	Bi	209	f	83	b	Au	197	f	79	b	Hg	199	f	80	f	1.461500
1208042	none	515959	Os	188	b	76	b	Bi	209	f	83	b	Au	197	f	79	b	Hg	200	b	80	b	1.388900
1209464	none	516191	Ir	193	f	77	b	Pb	204	b	82	b	Au	197	f	79	b	Hg	200	b	80	b	1.353500
1210423	left	261731	Hg	196	b	80	b	Hg	201	f	80	f	Au	197	f	79	b	Hg	200	b	80	b	1.155986
1210108	right	431795	Pt	195	f	78	f	Hg	204	b	80	b	Au	197	f	79	b	Hg	202	b	80	b	1.043267
1209678	none	516584	Pt	190	b	78	b	Tl	205	f	81	b	Au	197	f	79	b	Hg	198	b	80	b	0.987400
1207351	none	515953	Os	186	b	76	b	Bi	209	f	83	b	Au	197	f	79	b	Hg	198	b	80	b	0.936200
1209859	none	516587	Pt	192	b	78	b	Tl	205	f	81	b	Au	197	f	79	b	Hg	200	b	80	b	0.927800
1209685	left	261654	Pt	190	b	78	b	Pb	207	f	82	f	Au	197	f	79	b	Hg	200	b	80	b	0.886784
1210254	right	431789	Pt	198	b	78	b	Hg	199	f	80	f	Au	197	f	79	b	Hg	200	b	80	b	0.829024
1209454	right	431787	Ir	193	f	77	b	Tl	205	f	81	b	Au	197	f	79	b	Hg	201	f	80	f	0.815051
1209446	right	431785	Ir	193	f	77	b	Tl	203	f	81	b	Au	197	f	79	b	Hg	199	f	80	f	0.747984
1210490	right	431800	Hg	199	f	80	f	Hg	204	b	80	b	Au	197	f	79	b	Pb	206	b	82	b	0.689300
1210417	left	261727	Hg	196	b	80	b	Hg	199	f	80	f	Au	197	f	79	b	Hg	198	b	80	b	0.676267
1210448	left	261771	Hg	196	b	80	b	Pb	207	f	82	f	Au	197	f	79	b	Pb	206	b	82	b	0.672541
1210138	left	261649	Pt	195	f	78	f	Pb	204	b	82	b	Au	197	f	79	b	Hg	202	b	80	b	0.658568
1205846	none	514672	W	186	b	74	b	Bi	209	f	83	b	Au	197	f	79	b	Pt	198	b	78	b	0.628800
1210443	none	516742	Hg	196	b	80	b	Tl	205	f	81	b	Au	197	f	79	b	Pb	204	b	82	b	0.617600
1210263	right	431792	Pt	198	b	78	b	Hg	201	f	80	f	Au	197	f	79	b	Hg	202	b	80	b	0.617575
1210546	right	431801	Hg	201	f	80	f	Hg	204	b	80	b	Au	197	f	79	b	Pb	208	b	82	b	0.559822
1209192	none	516187	Ir	191	f	77	b	Pb	204	b	82	b	Au	197	f	79	b	Hg	198	b	80	b	0.528200
1210101	right	431793	Pt	195	f	78	f	Hg	202	b	80	b	Au	197	f	79	b	Hg	200	b	80	b	0.516042
1209472	none	516211	Ir	193	f	77	b	Pb	206	b	82	b	Au	197	f	79	b	Hg	202	b	80	b	0.506700
1209184	right	431786	Ir	191	f	77	b	Tl	205	f	81	b	Au	197	f	79	b	Hg	199	f	80	f	0.469471
1209419	right	431784	Ir	193	f	77	b	Hg	201	f	80	f	Au	197	f	79	b	Au	197	f	79	b	0.457362
1210153	right	431798	Pt	195	f	78	f	Pb	208	b	82	b	Au	197	f	79	b	Pb	206	b	82	b	0.434074
1210433	none	516721	Hg	196	b	80	b	Hg	204	b	80	b	Au	197	f	79	b	Tl	203	f	81	b	0.392200
1209850	none	516532	Pt	192	b	78	b	Tl	203	f	81	b	Au	197	f	79	b	Hg	198	b	80	b	0.381000
1209197	none	516207	Ir	191	f	77	b	Pb	206	b	82	b	Au	197	f	79	b	Hg	200	b	80	b	0.372600
1210214	right	431791	Pt	196	b	78	b	Hg	201	f	80	f	Au	197	f	79	b	Hg	200	b	80	b	0.372596
1210129	right	431796	Pt	195	f	78	f	Tl	205	f	81	b	Au	197	f	79	b	Tl	203	f	81	b	0.371664
1206322	none	515058	Re	185	f	75	b	Bi	209	f	83	b	Au	197	f	79	b	Au	197	f	79	b	0.310200
1209661	none	516549	Pt	190	b	78	b	Hg	204	b	80	b	Au	197	f	79	b	Au	197	f	79	b	0.305500
1210509	left	261765	Hg	199	f	80	f	Pb	204	b	82	b	Au	197	f	79	b	Pb	206	b	82	b	0.304601
1210095	right	431790	Pt	195	f	78	f	Hg	201	f	80	f	Au	197	f	79	b	Hg	199	f	80	f	0.304597
1209214	none	516214	Ir	191	f	77	b	Pb	208	b	82	b	Au	197	f	79	b	Hg	202	b	80	b	0.290600
1209481	right	431788	Ir	193	f	77	b	Pb	207	f	82	f	Au	197	f	79	b	Tl	203	f	81	b	0.274789
1210118	none	516535	Pt	195	f	78	f	Tl	203	f	81	b	Au	197	f	79	b	Hg	201	f	80	f	0.264500
1210502	none	516746	Hg	199	f	80	f	Tl	205	f	81	b	Au	197	f	79	b	Pb	207	f	82	f	0.249600
1210469	none	516744	Hg	198	b	80	b	Tl	205	f	81	b	Au	197	f	79	b	Pb	206	b	82	b	0.245900
1209163	none	516184	Ir	191	f	77	b	Hg	204	b	80	b	Au	197	f	79	b	Pt	198	b	78	b	0.232900
1210407	none	516689	Hg	196	b	80	b	Pt	198	b	78	b	Au	197	f	79	b	Au	197	f	79	b	0.231000
1209965	none	516533	Pt	194	b	78	b	Tl	203	f	81	b	Au	197	f	79	b	Hg	200	b	80	b	0.228200

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 e3 = 'au' order by MeV desc limit 100"

100 rows were found.