All Tables - data provided by Dr. Alexander Parkhomov

Conceived by R. W. Greenyer and coded by P. W. Power for the Martin Fleischmann Memorial Project

Version 5.0, Sep 28, 2019

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.

Input used for this run on 13-Aug-2023 06:17:59 (NZT):

Full SQL Query: "select * from NuclideNotes"

291 rows were found.

Results Table:

id	A	Z	E	Notes
1	0	-1	e-	null
2	1	0	n	null
3	1	1	H	null
4	2	1	D	null
5	3	2	He	null
6	4	2	He	null
7	6	3	Li	null
8	7	3	Li	null
9	9	4	Be
10	10	5	B	null
11	11	5	B	null
12	12	6	C	null
13	13	6	C	null
14	14	7	N	null
15	15	7	N	null
16	16	8	O	null
17	17	8	O	null
18	18	8	O	null
19	19	9	F	null
20	20	10	Ne	null
21	21	10	Ne	null
22	22	10	Ne	null
23	23	11	Na	null
24	24	12	Mg	null
25	25	12	Mg	null
26	26	12	Mg	null
27	27	13	Al	null
28	28	14	Si	null
29	29	14	Si	null
30	30	14	Si	null
31	31	15	P	null
32	32	16	S	null
33	33	16	S	null
34	34	16	S	null
35	35	17	Cl	null
36	37	17	Cl	null
37	36	18	Ar	null
38	38	18	Ar	null
39	40	18	Ar	null
40	39	19	K	null
41	40	19	K	Tested in K2CO3 capsule in transmuter
42	41	19	K	null
43	40	20	Ca	null
44	42	20	Ca	null
45	43	20	Ca	null
46	44	20	Ca	null
47	46	20	Ca	null
48	48	20	Ca	null
49	45	21	Sc	null
50	46	22	Ti	null
51	47	22	Ti	null
52	48	22	Ti	null
53	49	22	Ti	null
54	50	22	Ti	null
55	50	23	V	null
56	51	23	V	null
57	50	24	Cr	null
58	52	24	Cr	null
59	53	24	Cr	null
60	54	24	Cr	null
61	55	25	Mn	null
62	54	26	Fe	null
63	56	26	Fe	null
64	57	26	Fe	null
65	58	26	Fe	null
66	59	27	Co	null
67	60	27	Co*	null
68	58	28	Ni	null
69	60	28	Ni	null
70	61	28	Ni	null
71	62	28	Ni	null
72	64	28	Ni	null
73	63	29	Cu	null
74	65	29	Cu	null
75	64	30	Zn	null
76	66	30	Zn	null
77	67	30	Zn	null
78	68	30	Zn	null
79	70	30	Zn	null
80	69	31	Ga	null
81	71	31	Ga	null
82	70	32	Ge	null
83	72	32	Ge	null
84	73	32	Ge	null
85	74	32	Ge	null
86	76	32	Ge	null
87	75	33	As	null
88	74	34	Se	null
89	76	34	Se	null
90	77	34	Se	null
91	78	34	Se	null
92	80	34	Se	null
93	79	35	Br	null
94	81	35	Br	null
95	78	36	Kr	null
96	80	36	Kr	null
97	82	36	Kr	null
98	83	36	Kr	null
99	84	36	Kr	null
100	86	36	Kr	null
101	85	37	Rb	null
102	87	37	Rb	3 body alignment affects decay rate (observed by Shu-When Zhou)
103	84	38	Sr	null
104	86	38	Sr	null
105	87	38	Sr	null
106	88	38	Sr	null
107	90	38	Sr*	null
108	89	39	Y	null
109	90	40	Zr	null
110	91	40	Zr	null
111	92	40	Zr	null
112	94	40	Zr	null
113	96	40	Zr	null
114	93	41	Nb	null
115	92	42	Mo	null
116	94	42	Mo	null
117	95	42	Mo	null
118	96	42	Mo	null
119	97	42	Mo	null
120	98	42	Mo	null
121	100	42	Mo	null
122	96	44	Ru	null
123	98	44	Ru	null
124	99	44	Ru	null
125	100	44	Ru	null
126	101	44	Ru	null
127	102	44	Ru	null
128	104	44	Ru	null
129	103	45	Rh	null
130	102	46	Pd	null
131	104	46	Pd	null
132	105	46	Pd	null
133	106	46	Pd	null
134	108	46	Pd	null
135	110	46	Pd	null
136	107	47	Ag	null
137	109	47	Ag	null
138	106	48	Cd	null
139	108	48	Cd	null
140	110	48	Cd	null
141	111	48	Cd	null
142	112	48	Cd	null
143	113	48	Cd	null
144	114	48	Cd	null
145	116	48	Cd	null
146	113	49	In	null
147	115	49	In	In Indium samples tested with flame and exposed for 10 mins in transmutor
148	112	50	Sn	null
149	114	50	Sn	null
150	115	50	Sn	null
151	116	50	Sn	null
152	117	50	Sn	null
153	118	50	Sn	null
154	119	50	Sn	null
155	120	50	Sn	null
156	122	50	Sn	null
157	124	50	Sn	null
158	121	51	Sb	null
159	123	51	Sb	null
160	120	52	Te	null
161	122	52	Te	null
162	123	52	Te	null
163	124	52	Te	null
164	125	52	Te	null
165	126	52	Te	null
166	128	52	Te	null
167	130	52	Te	null
168	127	53	I	null
169	124	54	Xe	null
170	126	54	Xe	null
171	128	54	Xe	null
172	129	54	Xe	null
173	130	54	Xe	null
174	131	54	Xe	null
175	132	54	Xe	null
176	134	54	Xe	null
177	136	54	Xe	null
178	133	55	Cs	null
179	137	55	Cs*	null
180	130	56	Ba	null
181	132	56	Ba	null
182	134	56	Ba	null
183	135	56	Ba	null
184	136	56	Ba	null
185	137	56	Ba	null
186	138	56	Ba	null
187	138	57	La	null
188	139	57	La	null
189	136	58	Ce	null
190	138	58	Ce	null
191	140	58	Ce	null
192	142	58	Ce	null
193	141	59	Pr	null
194	142	60	Nd	null
195	143	60	Nd	null
196	144	60	Nd	In Nd2Fe14B Nd Super magnet
197	145	60	Nd	null
198	146	60	Nd	null
199	148	60	Nd	null
200	150	60	Nd	In Nd2Fe14B Nd 52 Super magnet
201	144	62	Sm	null
202	147	62	Sm	null
203	148	62	Sm	null
204	149	62	Sm	null
205	150	62	Sm	null
206	152	62	Sm	null
207	154	62	Sm	null
208	151	63	Eu	null
209	153	63	Eu	null
210	152	64	Gd	null
211	154	64	Gd	null
212	155	64	Gd	null
213	156	64	Gd	null
214	157	64	Gd	null
215	158	64	Gd	null
216	160	64	Gd	null
217	159	65	Tb	null
218	156	66	Dy	null
219	158	66	Dy	null
220	160	66	Dy	null
221	161	66	Dy	null
222	162	66	Dy	null
223	163	66	Dy	null
224	164	66	Dy	null
225	165	67	Ho	null
226	162	68	Er	null
227	164	68	Er	null
228	166	68	Er	null
229	167	68	Er	null
230	168	68	Er	null
231	170	68	Er	null
232	169	69	Tm	null
233	170	70	Yb	null
234	171	70	Yb	null
235	172	70	Yb	null
236	173	70	Yb	null
237	174	70	Yb	null
238	176	70	Yb	null
239	175	71	Lu	null
240	176	71	Lu	null
241	174	72	Hf	null
242	176	72	Hf	null
243	177	72	Hf	null
244	178	72	Hf	null
245	179	72	Hf	null
246	180	72	Hf	null
247	180	73	Ta	null
248	181	73	Ta	null
249	180	74	W	In 2% Th doped W tested with OG flame
250	182	74	W	null
251	183	74	W	null
252	184	74	W	null
253	186	74	W	null
254	185	75	Re	null
255	187	75	Re	null
256	184	76	Os	null
257	186	76	Os	null
258	187	76	Os	null
259	188	76	Os	null
260	189	76	Os	null
261	190	76	Os	null
262	192	76	Os	null
263	191	77	Ir	null
264	193	77	Ir	null
265	190	78	Pt	null
266	192	78	Pt	null
267	194	78	Pt	null
268	195	78	Pt	null
269	196	78	Pt	null
270	198	78	Pt	null
271	197	79	Au	null
272	196	80	Hg	null
273	198	80	Hg	null
274	199	80	Hg	null
275	200	80	Hg	null
276	201	80	Hg	null
277	202	80	Hg	null
278	204	80	Hg	null
279	203	81	Tl	null
280	205	81	Tl	null
281	204	82	Pb	null
282	206	82	Pb	null
283	207	82	Pb	null
284	208	82	Pb	null
285	209	83	Bi	In Bismuth bullet impact tests
286	232	90	Th*	In 2% Th doped W tested with OG flame
287	235	92	U*	null
288	238	92	U*	null
289	239	94	Pu	null
290	14	6	C	Disappeared in LION, ECCO, Transmuted in NOVA, Ohsawa++
291	82	34	Se	null