All Tables - data provided by Dr. Alexander Parkhomov

AllTables: In this, any and all of the tables made available by Dr Parkhomov may be invoked by a single SQL command and the results listed.

To make full use of this program's capabilities, a sound grasp of SQL is essential.

Note that a "null" appearing anywhere in the source or results tables indicates either that the value is not known or is not applicable in the context

This "universal" program 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: 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 including some or all of them in the SQL commands themselves.

Inputs Used in this run:

Full SQL Query: "select * from FusionT order by Z1, A1"

116 rows were found.

id	E1	A1	Z1	E2	A2	Z2	E	A	Z	MeV
1	H	1	1	T	3	1	He	4	2	19.81407
2	D	2	1	n*	1	0	T	3	1	6.25752
3	He	3	2	T	3	1	Li	6	3	15.79188
4	He	4	2	T	3	1	Li	7	3	2.46592
5	Li	6	3	T	3	1	Be	9	4	17.68840
6	B	10	5	T	3	1	C	13	6	23.87818
7	C	12	6	T	3	1	N	15	7	14.84921
8	N	14	7	T	3	1	O	17	8	18.77639
9	N	15	7	T	3	1	O	18	8	15.83286
10	O	16	8	T	3	1	F	19	9	11.69889
11	F	19	9	T	3	1	Ne	22	10	21.48890
12	Ne	20	10	T	3	1	Na	23	11	17.43597
13	Na	23	11	T	3	1	Mg	26	12	21.63980
14	Mg	24	12	T	3	1	Al	27	13	18.21935
15	Al	27	13	T	3	1	Si	30	14	22.19124
16	Si	28	14	T	3	1	P	31	15	17.89706
17	P	31	15	T	3	1	S	34	16	20.44376
18	S	32	16	T	3	1	Cl	35	17	17.94829
19	S	34	16	T	3	1	Cl	37	17	16.78392
20	Cl	35	17	T	3	1	Ar	38	18	20.65987
22	Cl	37	17	T	3	1	Ar	40	18	18.22122
21	Ar	36	18	T	3	1	K	39	19	18.52116
23	Ar	38	18	T	3	1	K	41	19	15.77884
24	K	39	19	T	3	1	Ca	42	20	19.68739
25	K*	40	19	T	3	1	Ca	43	20	19.81966
26	K	41	19	T	3	1	Ca	44	20	20.86014
27	Ca	42	20	T	3	1	Sc	45	21	17.47323
28	Sc	45	21	T	3	1	Ti	48	22	22.37475
29	Ti	47	22	T	3	1	V	50	23	19.22816
30	Ti	48	22	T	3	1	V	51	23	18.64784
31	V	50	23	T	3	1	Cr	53	24	21.01756
32	V	51	23	T	3	1	Cr	54	24	19.69950
33	Cr	52	24	T	3	1	Mn	55	25	17.24128
34	Mn	55	25	T	3	1	Fe	58	26	19.40421
35	Fe	56	26	T	3	1	Co	59	27	16.57247
36	Fe	57	26	T	3	1	Co*	60	27	16.42902
37	Co	59	27	T	3	1	Ni	62	28	19.46290
38	Ni	60	28	T	3	1	Cu	63	29	16.05642
39	Ni	62	28	T	3	1	Cu	65	29	15.47051
40	Cu	63	29	T	3	1	Zn	66	30	18.25382
41	Cu	65	29	T	3	1	Zn	68	30	17.67070
42	Zn	66	30	T	3	1	Ga	69	31	15.29073
43	Zn	68	30	T	3	1	Ga	71	31	14.97310
44	Ga	69	31	T	3	1	Ge	72	32	18.30319
45	Ga	71	31	T	3	1	Ge	74	32	18.38702
46	Ge	72	32	T	3	1	As	75	33	15.41742
47	As	75	33	T	3	1	Se	78	34	18.89189
48	Se	76	34	T	3	1	Br	79	35	15.77045
49	Se	78	34	T	3	1	Br	81	35	15.88503
50	Br	79	35	T	3	1	Kr	82	36	19.48153
51	Br	81	35	T	3	1	Kr	84	36	19.45824
52	Kr	82	36	T	3	1	Rb	85	37	16.60135
53	Kr	84	36	T	3	1	Rb	87	37	17.11460
54	Rb	85	37	T	3	1	Sr	88	38	20.63192
56	Rb	87	37	T	3	1	Sr*	90	38	16.67307
55	Sr	86	38	T	3	1	Y	89	39	18.51743
57	Y	89	39	T	3	1	Zr	92	40	15.73226
58	Zr	90	40	T	3	1	Nb	93	41	13.36627
59	Nb	93	41	T	3	1	Mo	96	42	16.31910
60	Ru	100	44	T	3	1	Rh	103	45	13.29175
61	Rh	103	45	T	3	1	Pd	106	46	16.44020
62	Pd	104	46	T	3	1	Ag	107	47	13.63640
63	Pd	106	46	T	3	1	Ag	109	47	13.55257
64	Ag	107	47	T	3	1	Cd	110	48	16.81280
65	Ag	109	47	T	3	1	Cd	112	48	16.68239
66	Cd	110	48	T	3	1	In	113	49	13.72955
67	Cd	112	48	T	3	1	In	115	49	13.80407
68	In	113	49	T	3	1	Sn	116	50	16.97115
69	In	115	49	T	3	1	Sn	118	50	17.07361
70	Sn	118	50	T	3	1	Sb	121	51	13.12408
71	Sn	120	50	T	3	1	Sb	123	51	13.06819
72	Sb	121	51	T	3	1	Te	124	52	15.87199
73	Sb	123	51	T	3	1	Te	126	52	15.79560
74	Te	124	52	T	3	1	I	127	53	13.46687
75	I	127	53	T	3	1	Xe	130	54	15.73413
76	Xe	130	54	T	3	1	Cs	133	55	13.47805
78	Xe	134	54	T	3	1	Cs*	137	55	13.62522
77	Cs	133	55	T	3	1	Ba	136	56	15.62980
79	Ba	135	56	T	3	1	La	138	57	13.79476
80	Ba	136	56	T	3	1	La	139	57	13.36627
82	La	139	57	T	3	1	Ce	142	58	12.17396
81	Ce	138	58	T	3	1	Pr	141	59	13.39421
83	Pr	141	59	T	3	1	Nd	144	60	12.61176
84	Sm	148	62	T	3	1	Eu	151	63	10.22713
85	Sm	150	62	T	3	1	Eu	153	63	11.36356
86	Eu	151	63	T	3	1	Gd	154	64	13.93448
87	Eu	153	63	T	3	1	Gd	156	64	13.79476
88	Gd	156	64	T	3	1	Tb	159	65	12.29505
89	Tb	159	65	T	3	1	Dy	162	66	13.53394
90	Dy	162	66	T	3	1	Ho	165	67	11.38219
91	Ho	165	67	T	3	1	Er	168	68	13.01230
92	Er	166	68	T	3	1	Tm	169	69	11.27041
93	Tm	169	69	T	3	1	Yb	172	70	12.89121
94	Yb	172	70	T	3	1	Lu	175	71	10.91644
95	Yb	173	70	T	3	1	Lu	176	71	10.81397
96	Lu	175	71	T	3	1	Hf	178	72	12.17396
97	Lu	176	71	T	3	1	Hf	179	72	11.89451
98	Hf	177	72	T	3	1	Ta	180	73	11.18657
99	Hf	178	72	T	3	1	Ta	181	73	11.12137
100	Ta	180	73	T	3	1	W	183	74	12.36957
101	Ta	181	73	T	3	1	W	184	74	12.14601
102	W	182	74	T	3	1	Re	185	75	10.52521
103	W	184	74	T	3	1	Re	187	75	10.32028
104	Re	185	75	T	3	1	Os	188	76	12.20190
105	Re	187	75	T	3	1	Os	190	76	12.49066
106	Os	188	76	T	3	1	Ir	191	77	10.40412
107	Os	190	76	T	3	1	Ir	193	77	10.59042
108	Ir	191	77	T	3	1	Pt	194	78	13.12408
109	Ir	193	77	T	3	1	Pt	196	78	13.36534
110	Pt	194	78	T	3	1	Au	197	79	11.46416
111	Au	197	79	T	3	1	Hg	200	80	13.28057
112	Hg	200	80	T	3	1	Tl	203	81	11.23594
113	Hg	202	80	T	3	1	Tl	205	81	11.38032
114	Tl	203	81	T	3	1	Pb	206	82	12.97970
115	Tl	205	81	T	3	1	Pb	208	82	12.91729
116	Pb	206	82	T	3	1	Bi	209	83	9.38786

All Tables - data provided by Dr. Alexander Parkhomov

Facilitated by the Martin Fleischmann Memorial Project

AllTables: In this, any and all of the tables made available by Dr Parkhomov may be invoked by a single SQL command and the results listed.

To make full use of this program's capabilities, a sound grasp of SQL is essential.

Inputs Used in this run:

Full SQL Query: "select * from FusionT order by Z1, A1"

116 rows were found.