CHEMISTRY AND THE REPER DATABASE OF CHEMISTRY

Метод / Method

Reper database of chemistry

The Reper database of chemistry is not an ordinary reference table. It converts a chemical object into event@state, then builds a Reper node Rep(R,I,U;D), linking it to reactions, materials, measurements, and CGI rebuild rules.

C@C_chem -> Rep_chem(R,I,U;D) -> lambda/CGI -> RBD-graph -> truth-status или CGI-rebuild

Uniqueness

The uniqueness of the layer is that the periodic table, bonds, reactions, solubility, pH, thermodynamics, kinetics, and spectroscopy are assembled into a unified evidential architecture. Every chemical claim requires a domain and a sufficient foundation D.

Usefulness

Practical value: formula and reaction checking, teaching chemistry as a graph, controlling laboratory data, explaining materials and corrosion, and preparing a database for the website, monograph, and registry track.

Architectural unit

Atom, element, bond, molecule, substance, reaction, and material become Reper nodes with R, I, U, D fields.

Architecture

KLT-RBD architecture of chemistry

Chemistry is described as a graph of transitions: from substance and formula to reaction, ionic reduction, material, medium, conditions, and measurement evidence.

Projective periodic table

Packet Projective Periodic Table of Chemical Elements

Each element is represented not only as a symbol and atomic number, but as element@periodic-state with a Reper coordinate P(group,period)::Rep(symbol). The f-block is unfolded as a controlled packet sector.

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

RU table EN table SVG CSV JSON

Z	Symbol	RU	EN	Period	Group	Block	Category	Oxidation states	Typical ions
1	H	Водород	Hydrogen	1	1	s	reactive nonmetal	+1,-1	H+, H-
2	He	Гелий	Helium	1	18	s	noble gas	0	none/common neutral
3	Li	Литий	Lithium	2	1	s	alkali metal	+1	Li+
4	Be	Бериллий	Beryllium	2	2	s	alkaline earth metal	+2	Be2+
5	B	Бор	Boron	2	13	p	metalloid	+3	B3+
6	C	Углерод	Carbon	2	14	p	reactive nonmetal	-4,+2,+4	covalent network / variable
7	N	Азот	Nitrogen	2	15	p	reactive nonmetal	-3,+3,+5	N3- / oxoanions
8	O	Кислород	Oxygen	2	16	p	reactive nonmetal	-2	O2- / oxoanions
9	F	Фтор	Fluorine	2	17	p	halogen	-1	F-
10	Ne	Неон	Neon	2	18	p	noble gas	0	none/common neutral
11	Na	Натрий	Sodium	3	1	s	alkali metal	+1	Na+
12	Mg	Магний	Magnesium	3	2	s	alkaline earth metal	+2	Mg2+
13	Al	Алюминий	Aluminium	3	13	p	post-transition metal	+3	Al3+
14	Si	Кремний	Silicon	3	14	p	metalloid	-4,+4	covalent network / variable
15	P	Фосфор	Phosphorus	3	15	p	reactive nonmetal	-3,+3,+5	P3- / oxoanions
16	S	Сера	Sulfur	3	16	p	reactive nonmetal	-2,+4,+6	S2- / oxoanions
17	Cl	Хлор	Chlorine	3	17	p	halogen	-1,+1,+3,+5,+7	Cl-
18	Ar	Аргон	Argon	3	18	p	noble gas	0	none/common neutral
19	K	Калий	Potassium	4	1	s	alkali metal	+1	K+
20	Ca	Кальций	Calcium	4	2	s	alkaline earth metal	+2	Ca2+
21	Sc	Скандий	Scandium	4	3	d	transition metal	+3	variable cation
22	Ti	Титан	Titanium	4	4	d	transition metal	+2,+3,+4	variable cation
23	V	Ванадий	Vanadium	4	5	d	transition metal	+2,+3,+4,+5	variable cation
24	Cr	Хром	Chromium	4	6	d	transition metal	+2,+3,+6	variable cation
25	Mn	Марганец	Manganese	4	7	d	transition metal	+2,+4,+7	variable cation
26	Fe	Железо	Iron	4	8	d	transition metal	+2,+3	variable cation
27	Co	Кобальт	Cobalt	4	9	d	transition metal	+2,+3	variable cation
28	Ni	Никель	Nickel	4	10	d	transition metal	+2,+3	variable cation
29	Cu	Медь	Copper	4	11	d	transition metal	+1,+2	variable cation
30	Zn	Цинк	Zinc	4	12	d	transition metal	+2	variable cation
31	Ga	Галлий	Gallium	4	13	p	post-transition metal	+3	Ga3+
32	Ge	Германий	Germanium	4	14	p	metalloid	+2,+4	variable
33	As	Мышьяк	Arsenic	4	15	p	metalloid	-3,+3,+5	variable
34	Se	Селен	Selenium	4	16	p	reactive nonmetal	-2,+4,+6	Se2- / oxoanions
35	Br	Бром	Bromine	4	17	p	halogen	-1,+1,+5	Br-
36	Kr	Криптон	Krypton	4	18	p	noble gas	0,+2	none/common neutral
37	Rb	Рубидий	Rubidium	5	1	s	alkali metal	+1	Rb+
38	Sr	Стронций	Strontium	5	2	s	alkaline earth metal	+2	Sr2+
39	Y	Иттрий	Yttrium	5	3	d	transition metal	+3	variable cation
40	Zr	Цирконий	Zirconium	5	4	d	transition metal	+4	variable cation
41	Nb	Ниобий	Niobium	5	5	d	transition metal	+3,+5	variable cation
42	Mo	Молибден	Molybdenum	5	6	d	transition metal	+4,+6	variable cation
43	Tc	Технеций	Technetium	5	7	d	transition metal	+4,+7	variable cation
44	Ru	Рутений	Ruthenium	5	8	d	transition metal	+3,+4	variable cation
45	Rh	Родий	Rhodium	5	9	d	transition metal	+3	variable cation
46	Pd	Палладий	Palladium	5	10	d	transition metal	+2,+4	variable cation
47	Ag	Серебро	Silver	5	11	d	transition metal	+1	variable cation
48	Cd	Кадмий	Cadmium	5	12	d	transition metal	+2	variable cation
49	In	Индий	Indium	5	13	p	post-transition metal	+3	In3+
50	Sn	Олово	Tin	5	14	p	post-transition metal	+2,+4	variable
51	Sb	Сурьма	Antimony	5	15	p	metalloid	-3,+3,+5	variable
52	Te	Теллур	Tellurium	5	16	p	metalloid	-2,+4,+6	Te2- / oxoanions
53	I	Иод	Iodine	5	17	p	halogen	-1,+1,+5,+7	I-
54	Xe	Ксенон	Xenon	5	18	p	noble gas	0,+2,+4,+6	none/common neutral
55	Cs	Цезий	Caesium	6	1	s	alkali metal	+1	Cs+
56	Ba	Барий	Barium	6	2	s	alkaline earth metal	+2	Ba2+
57	La	Лантан	Lanthanum	6	3	f	lanthanoid	+3	La3+ / variable
58	Ce	Церий	Cerium	6	f-sector	f	lanthanoid	+3,+4	Ce3+ / variable
59	Pr	Празеодим	Praseodymium	6	f-sector	f	lanthanoid	+3	Pr3+ / variable
60	Nd	Неодим	Neodymium	6	f-sector	f	lanthanoid	+3	Nd3+ / variable
61	Pm	Прометий	Promethium	6	f-sector	f	lanthanoid	+3	Pm3+ / variable
62	Sm	Самарий	Samarium	6	f-sector	f	lanthanoid	+2,+3	Sm3+ / variable
63	Eu	Европий	Europium	6	f-sector	f	lanthanoid	+2,+3	Eu3+ / variable
64	Gd	Гадолиний	Gadolinium	6	f-sector	f	lanthanoid	+3	Gd3+ / variable
65	Tb	Тербий	Terbium	6	f-sector	f	lanthanoid	+3	Tb3+ / variable
66	Dy	Диспрозий	Dysprosium	6	f-sector	f	lanthanoid	+3	Dy3+ / variable
67	Ho	Гольмий	Holmium	6	f-sector	f	lanthanoid	+3	Ho3+ / variable
68	Er	Эрбий	Erbium	6	f-sector	f	lanthanoid	+3	Er3+ / variable
69	Tm	Тулий	Thulium	6	f-sector	f	lanthanoid	+3	Tm3+ / variable
70	Yb	Иттербий	Ytterbium	6	f-sector	f	lanthanoid	+2,+3	Yb3+ / variable
71	Lu	Лютеций	Lutetium	6	3	d	lanthanoid	+3	Lu3+ / variable
72	Hf	Гафний	Hafnium	6	4	d	transition metal	+4	variable cation
73	Ta	Тантал	Tantalum	6	5	d	transition metal	+5	variable cation
74	W	Вольфрам	Tungsten	6	6	d	transition metal	+4,+6	variable cation
75	Re	Рений	Rhenium	6	7	d	transition metal	+4,+7	variable cation
76	Os	Осмий	Osmium	6	8	d	transition metal	+4,+8	variable cation
77	Ir	Иридий	Iridium	6	9	d	transition metal	+3,+4	variable cation
78	Pt	Платина	Platinum	6	10	d	transition metal	+2,+4	variable cation
79	Au	Золото	Gold	6	11	d	transition metal	+1,+3	variable cation
80	Hg	Ртуть	Mercury	6	12	d	transition metal	+1,+2	variable cation
81	Tl	Таллий	Thallium	6	13	p	post-transition metal	+1,+3	Tl3+
82	Pb	Свинец	Lead	6	14	p	post-transition metal	+2,+4	variable
83	Bi	Висмут	Bismuth	6	15	p	post-transition metal	+3,+5	variable
84	Po	Полоний	Polonium	6	16	p	metalloid	+2,+4	Po2- / oxoanions
85	At	Астат	Astatine	6	17	p	halogen	-1,+1,+5	At-
86	Rn	Радон	Radon	6	18	p	noble gas	0,+2	none/common neutral
87	Fr	Франций	Francium	7	1	s	alkali metal	+1	Fr+
88	Ra	Радий	Radium	7	2	s	alkaline earth metal	+2	Ra2+
89	Ac	Актиний	Actinium	7	3	f	actinoid	+3	Ac3+ / variable
90	Th	Торий	Thorium	7	f-sector	f	actinoid	+4	Th3+ / variable
91	Pa	Протактиний	Protactinium	7	f-sector	f	actinoid	+5	Pa3+ / variable
92	U	Уран	Uranium	7	f-sector	f	actinoid	+4,+6	U3+ / variable
93	Np	Нептуний	Neptunium	7	f-sector	f	actinoid	+5,+6	Np3+ / variable
94	Pu	Плутоний	Plutonium	7	f-sector	f	actinoid	+4,+6	Pu3+ / variable
95	Am	Америций	Americium	7	f-sector	f	actinoid	+3	Am3+ / variable
96	Cm	Кюрий	Curium	7	f-sector	f	actinoid	+3	Cm3+ / variable
97	Bk	Берклий	Berkelium	7	f-sector	f	actinoid	+3	Bk3+ / variable
98	Cf	Калифорний	Californium	7	f-sector	f	actinoid	+3	Cf3+ / variable
99	Es	Эйнштейний	Einsteinium	7	f-sector	f	actinoid	+3	Es3+ / variable
100	Fm	Фермий	Fermium	7	f-sector	f	actinoid	+3	Fm3+ / variable
101	Md	Менделевий	Mendelevium	7	f-sector	f	actinoid	+2,+3	Md3+ / variable
102	No	Нобелий	Nobelium	7	f-sector	f	actinoid	+2,+3	No3+ / variable
103	Lr	Лоуренсий	Lawrencium	7	3	d	actinoid	+3	Lr3+ / variable
104	Rf	Резерфордий	Rutherfordium	7	4	d	transition metal	+4	predicted/insufficient-D
105	Db	Дубний	Dubnium	7	5	d	transition metal	+5	predicted/insufficient-D
106	Sg	Сиборгий	Seaborgium	7	6	d	transition metal	+6	predicted/insufficient-D
107	Bh	Борий	Bohrium	7	7	d	transition metal	+7	predicted/insufficient-D
108	Hs	Хассий	Hassium	7	8	d	transition metal	+8	predicted/insufficient-D
109	Mt	Мейтнерий	Meitnerium	7	9	d	unknown/synthetic	unknown	predicted/insufficient-D
110	Ds	Дармштадтий	Darmstadtium	7	10	d	unknown/synthetic	unknown	predicted/insufficient-D
111	Rg	Рентгений	Roentgenium	7	11	d	unknown/synthetic	unknown	predicted/insufficient-D
112	Cn	Коперниций	Copernicium	7	12	d	unknown/synthetic	+2?	predicted/insufficient-D
113	Nh	Нихоний	Nihonium	7	13	p	unknown/synthetic	+1,+3?	predicted/insufficient-D
114	Fl	Флеровий	Flerovium	7	14	p	unknown/synthetic	+2,+4?	predicted/insufficient-D
115	Mc	Московий	Moscovium	7	15	p	unknown/synthetic	+1,+3?	predicted/insufficient-D
116	Lv	Ливерморий	Livermorium	7	16	p	unknown/synthetic	+2,+4?	predicted/insufficient-D
117	Ts	Теннессин	Tennessine	7	17	p	halogen	-1,+1?	predicted/insufficient-D
118	Og	Оганесон	Oganesson	7	18	p	noble gas	0?	predicted/insufficient-D

Visual materials / tables

Visual materials, schemes, and tables

The page contains v1.4 diagrams and preserves the visual materials from previous layers of the chemical RBD database.

v0.7

Solubility / acid-base / materials engine.

v0.8

Thermo / kinetic / materials engine.

v0.9

Spectroscopy / analytics / Evidence-D engine.

v1.0

Integrated lab knowledge graph.

Module map

Database development map

Version	Module	Metrics	Content	RBD role
v0.1	STRUCTURE	181 Reper nodes, 323 graph edges	atom/element/bond/molecule/reaction core	C@C_chem -> Rep_chem seed
v0.2	STRUCTURE+QUANT	118 elements, 12 balanced reactions, 6 ionic equations	periodic seeds, solubility, redox and safety-D	quantitative seed layer
v0.3	REACTION ENGINE	20 reaction engine cases, 40 validation rows	formula parser, mass/charge balance, redox half-reactions	reaction consistency engine
v0.4	IONIC REDOX GRAPH	55 ion graph nodes, 55 edges, 16 spectator reductions	complete/net ionic reduction and half-reaction pairing	ionic graph layer
v0.5	PERIODIC STRUCTURE GRAPH	118 elements, 162 graph nodes, 699 edges	groups/periods/blocks/valence/typical ions	periodic projective layer
v0.6	COMPOUND MATERIALS GRAPH	111 compounds, 148 graph nodes, 724 edges	acids, bases, oxides, salts, minerals, materials	compound-material layer
v0.7	SOLUBILITY ACIDBASE MATERIALS	24 solubility rules, 28 precipitate cases	pH, acid-base pairs, amphoterism, corrosion/degradation	solution/material decision layer
v0.8	THERMO KINETIC MATERIALS	32 thermo cases, 28 equilibrium cases, 30 rate-law seeds	DeltaG, equilibrium, rate law, temperature windows	feasibility/rate separation
v0.9	SPECTROSCOPY ANALYTICS EVIDENCE	45 spectroscopy features, 60 evidence bindings	IR/UV/Vis/NMR/MS/qualitative/quantitative methods	Evidence-D identification layer
v1.0	INTEGRATED LAB KNOWLEDGE GRAPH	70 KG nodes, 79 KG edges, 58 Evidence-D bindings	integrated lab workflow from substance to evidence	unified lab KG
v1.1	PUBLICATION ATLAS	13 atlas sections, 10 table maps, 6 figures	publication explanation, diagrams, routes	site/monograph atlas
v1.2	SITE MONOGRAPH PUBLICATION BUNDLE	7 site routes, 9 downloads, 10 table index rows	site page, monograph insert, download map	public publication bundle
v1.3	REGISTRY FIPS DEPOSIT BUNDLE	8 DOCX, 9 PDF, indexes, SHA256	FIPS/Rospatent database registration deposit	registry evidence package
v1.4	KURPISHEV.COM CHEMISTRY SITE PAGE	RU/EN pages, projective periodic table, visual assets	separate website page and root homepage button	site deployment package

CSV JSON

Downloads

Packages and source materials

v1.4 site materials

Current pages, tables, and diagrams for the website.

Periodic SVG Elements CSV Elements JSON

v1.2 publication bundle

Site and monograph publication bundle.

ZIP v1.2

v1.3 FIPS deposit

Database registry deposit for Rospatent/FIPS.

Full ZIP Minimal ZIP PDF