Integrative Levels Classification

ILC developing version
Expanded class `e`

▽ ⌕ `e`	atoms; chemical elements [atomic physics] ↞ `dte` electrons `dv` hadrons ≈ DDC `541`
▽ ⌕ `e5`	atomic reaction
▽ ⌕ `e5i`	nuclear fission
▽ ⌕ `e5u`	nuclear fusion
▽ ⌕ `e66` `[d9]`	statistics
▽ ⌕ `e66b`	boson
▽ ⌕ `e66f`	fermion
▽ ⌕ `e7`	orbitals; electronic clouds ↞ `dte` electrons ≈ DDC `539`
▽ ⌕ `e7X`	principal quantum number; n
▽ ⌕ `e7XX`	azimuthal quantum number; angular momentum; l
▽ ⌕ `e7XXX`	magnetic quantum number; orientation; m
▽ ⌕ `e7XXXX`	spin quantum number; s
▽ ⌕ `e7XXXXm`	s=-1/2
▽ ⌕ `e7XXXXp`	s=+1/2
▽ ⌕ `e7XXXm`	-1/2
▽ ⌕ `e7XXXp`	+1/2
▽ ⌕ `e7XXk`	-4
▽ ⌕ `e7XXɭ`	-3
▽ ⌕ `e7XXm`	-2
▽ ⌕ `e7XXn`	-1
▽ ⌕ `e7XXo`	0
▽ ⌕ `e7XXp`	+1
▽ ⌕ `e7XXq`	+2
▽ ⌕ `e7XXr`	+3
▽ ⌕ `e7XXs`	+4
▽ ⌕ `e7Xb`	s orbitals; sharp; l=0
▽ ⌕ `e7Xc`	p orbitals; principal; l=1
▽ ⌕ `e7Xd`	d orbitals; diffuse; l=2
▽ ⌕ `e7Xf`	f orbitals; fundamental; l=3
▽ ⌕ `e7Xg`	g orbitals; l=4
▽ ⌕ `e7Xh`	h orbitals; l=5
▽ ⌕ `e7Xi`	i orbitals; l=6
▽ ⌕ `e7a`	nucleus; nuclide ↞ `dv` hadrons ≈ DDC `539`
▽ ⌕ `e7b`	level 1 orbitals; n=1
▽ ⌕ `e7bb`	1s subshell
▽ ⌕ `e7c`	level 2 orbitals; n=2
▽ ⌕ `e7cb`	2s subshell
▽ ⌕ `e7cc`	2p subshell
▽ ⌕ `e7ccn`	m=-1
▽ ⌕ `e7cco`	m=0
▽ ⌕ `e7ccp`	m=+1
▽ ⌕ `e7d`	level 3 orbitals; n=3
▽ ⌕ `e7e`	level 4 orbitals; n=4
▽ ⌕ `e7f`	level 5 orbitals; n=5
▽ ⌕ `e7g`	level 6 orbitals; n=6
▽ ⌕ `e7h`	level 7 orbitals; n=7
▽ ⌕ `e83` `[an]`	atomic mass
▽ ⌕ `e836` `[an]`	weighing standard atomic weight; relative atomic mass; A_r
▽ ⌕ `e837` `[an]`	dense g/cm³ density
▽ ⌕ `e838` `[an]`	atomic number; Z ↞ `dvt` protons
▽ ⌕ `e838ops` ⋄	14
▽ ⌕ `e85` `[an]`	with A; ampere electric current; I ↞ `d6l` electric energy
▽ ⌕ `e98` `[an8]`	charge; ionization; ion
▽ ⌕ `e985` `[an]`	conducing S/m electrical conductivity ; σ
▽ ⌕ `e988` `[an8]`	with electronegativity in Pauling scale
▽ ⌕ `e988ppo` ⋄	2.20
▽ ⌕ `e98k`	---; -3
▽ ⌕ `e98ɭ`	--; -2
▽ ⌕ `e98m`	-
▽ ⌕ `e98p`	+
▽ ⌕ `e98q`	++; +2
▽ ⌕ `e98r`	+++; +3
▽ ⌕ `eU`	metals ↞ `eXbWo` metals
▽ ⌕ `eX`	periods
▽ ⌕ `eXX`	groups; families
▽ ⌕ `eXXX`	isotopes
▽ ⌕ `eXbWo`	metals
▽ ⌕ `eXb`	alkali metals; group 1 elements
▽ ⌕ `eXc`	alkaline earth metals; group 2 elements
▽ ⌕ `eXdWm`	transition metals
▽ ⌕ `eXd`	group 3 elements
▽ ⌕ `eXe`	group 4 elements
▽ ⌕ `eXf`	group 5 elements
▽ ⌕ `eXg`	group 6 elements
▽ ⌕ `eXh`	group 7 elements
▽ ⌕ `eXi`	group 8 elements
▽ ⌕ `eXj`	group 9 elements
▽ ⌕ `eXk`	group 10 elements
▽ ⌕ `eXɭ`	group 11 elements
▽ ⌕ `eXm`	group 12 elements
▽ ⌕ `eXn`	boron group; group 13; 3 elements
▽ ⌕ `eXo`	carbon group; group 14; 4 elements
▽ ⌕ `eXpWs`	nonmetals
▽ ⌕ `eXp`	nitrogen group; group 15; 5 elements
▽ ⌕ `eXq`	chalcogens; group 6; 16 elements
▽ ⌕ `eXr`	halogens; group 17; 7 elements
▽ ⌕ `eXs`	noble gases; group 18; 8; 0 elements
▽ ⌕ `eb`	period 1 elements
▽ ⌕ `ebXX`	period 1 isotopes
▽ ⌕ `ebb`	hydrogen; H ↞ `dt87nb` `dle87nb`
▽ ⌕ `ebb98p`	H⁺
▽ ⌕ `ebbb`	protium; ¹H
▽ ⌕ `ebbc`	deuterium; ²H
▽ ⌕ `ebbd`	tritium; ³H
▽ ⌕ `ebs`	helium; He
▽ ⌕ `ebsd`	helium-3; ³He
▽ ⌕ `ebse`	helium-4; ⁴He
▽ ⌕ `ec`	period 2 elements
▽ ⌕ `ecXX`	period 2 isotopes
▽ ⌕ `ecb`	lythium; Li
▽ ⌕ `ecb98p`	Li⁺
▽ ⌕ `ecc`	beryllium; Be
▽ ⌕ `ecn`	boron; B
▽ ⌕ `eco`	carbon; C
▽ ⌕ `eco98k`	C^----
▽ ⌕ `eco98s`	C⁺⁺⁺⁺
▽ ⌕ `ecoc`	carbon-12; ¹²C
▽ ⌕ `ecod`	carbon-13; ¹³C
▽ ⌕ `ecoe`	carbon-14; ¹⁴C
▽ ⌕ `ecp`	nitrogen; N
▽ ⌕ `ecp98k`	N^---
▽ ⌕ `ecp98ɭ`	N^--
▽ ⌕ `ecp98m`	N^-
▽ ⌕ `ecpf`	nitrogen-15; ¹⁵N
▽ ⌕ `ecq`	oxygen; O
▽ ⌕ `ecq98ɭ`	O^--
▽ ⌕ `ecq98m`	O^-
▽ ⌕ `ecr`	fluorine; F
▽ ⌕ `ecr98m`	F^-
▽ ⌕ `ecs`	neon; Ne
▽ ⌕ `ed`	period 3 elements
▽ ⌕ `edb`	sodium; Na
▽ ⌕ `edb98p`	Na⁺
▽ ⌕ `edc`	magnesium; Mg
▽ ⌕ `edc98p`	Mg⁺
▽ ⌕ `edc98q`	Mg⁺⁺
▽ ⌕ `edn`	aluminium; aluminum; Al
▽ ⌕ `edn98q`	Al⁺⁺
▽ ⌕ `edn98r`	Al⁺⁺⁺
▽ ⌕ `edo`	silicon; Si
▽ ⌕ `edo98j`	Si^----
▽ ⌕ `edo98s`	Si⁺⁺⁺⁺
▽ ⌕ `edp`	phosphorus; P
▽ ⌕ `edp98k`	P^---
▽ ⌕ `edpb`	phosphorus-31; ³¹P
▽ ⌕ `edq`	sulfur; sulphur; S
▽ ⌕ `edq98ɭ`	S^--
▽ ⌕ `edq98m`	S^-
▽ ⌕ `edr`	chlorine; Cl
▽ ⌕ `edr98m`	Cl^-
▽ ⌕ `eds`	argon; Ar
▽ ⌕ `ee`	period 4 elements
▽ ⌕ `eeb`	potassium; K
▽ ⌕ `eeb98p`	K⁺
▽ ⌕ `eebk`	potassium-40; ⁴⁰K
▽ ⌕ `eec`	calcium; Ca
▽ ⌕ `eec98p`	Ca⁺
▽ ⌕ `eec98q`	Ca⁺⁺
▽ ⌕ `eed`	scandium; Sc
▽ ⌕ `eee`	titanium; Ti
▽ ⌕ `eef`	vanadium; V
▽ ⌕ `eeg`	chromium; Cr
▽ ⌕ `eeh`	manganese; Mn
▽ ⌕ `eeh98q`	Mn⁺⁺
▽ ⌕ `eei`	iron; Fe
▽ ⌕ `eei98q`	Fe⁺⁺
▽ ⌕ `eei98r`	Fe⁺⁺⁺
▽ ⌕ `eeih`	iron-57; ⁵⁷Fe
▽ ⌕ `eej`	cobalt; Co
▽ ⌕ `eek`	nickel; Ni
▽ ⌕ `eeɭ`	copper; Cu
▽ ⌕ `eeɭ98q`	Cu⁺⁺
▽ ⌕ `eem`	zinc; Zn
▽ ⌕ `een`	gallium; Ga
▽ ⌕ `eeo`	germanium; Ge
▽ ⌕ `eep`	arsenic; As
▽ ⌕ `eeq`	selenium; Se
▽ ⌕ `eer`	bromine; Br
▽ ⌕ `ees`	krypton; Kr
▽ ⌕ `ef`	period 5 elements
▽ ⌕ `efb`	rubidium; Rb
▽ ⌕ `efc`	strontium; Sr
▽ ⌕ `efd`	yttrium; Y
▽ ⌕ `efe`	zirconium; Zr
▽ ⌕ `eff`	niobium; Nb
▽ ⌕ `efg`	molybdenum; Mo
▽ ⌕ `efh`	technetium; Tc
▽ ⌕ `efi`	ruthenium; Ru
▽ ⌕ `efj`	rhodium; Rh
▽ ⌕ `efk`	palladium; Pd
▽ ⌕ `efɭ`	silver; Ag
▽ ⌕ `efm`	cadmium; Cd
▽ ⌕ `efn`	indium; In
▽ ⌕ `efo`	tin; Sn
▽ ⌕ `efp`	antimony; Sb
▽ ⌕ `efq`	tellurium; Te
▽ ⌕ `efr`	iodine; I
▽ ⌕ `efs`	xenon; Xe
▽ ⌕ `eg`	period 6 elements
▽ ⌕ `egb`	caesium; Cs
▽ ⌕ `egc`	barium; Ba
▽ ⌕ `egcz`	lanthanoids
▽ ⌕ `egczb`	lanthanum; La
▽ ⌕ `egczc`	cerium; Ce
▽ ⌕ `egczd`	praseodymium; Pr
▽ ⌕ `egcze`	neodymium; Nd
▽ ⌕ `egczf`	promethium; Pm
▽ ⌕ `egczg`	samarium; Sm
▽ ⌕ `egczh`	europium; Eu
▽ ⌕ `egczi`	gadolinium; Gd
▽ ⌕ `egczj`	terbium; Tb
▽ ⌕ `egczk`	dysprosium; Dy
▽ ⌕ `egczɭ`	holmium; Ho
▽ ⌕ `egczm`	erbium; Er
▽ ⌕ `egczn`	thulium; Tm
▽ ⌕ `egczo`	ytterbium; Yb
▽ ⌕ `egd`	lutetium; Lu
▽ ⌕ `ege`	hafnium; Hf
▽ ⌕ `egf`	tantalum; Ta
▽ ⌕ `egg`	tungsten; W
▽ ⌕ `egh`	rhenium; Re
▽ ⌕ `egi`	osmium; Os
▽ ⌕ `egj`	iridium; Ir
▽ ⌕ `egk`	platinum; Pt
▽ ⌕ `egɭ`	gold; Au
▽ ⌕ `egm`	mercury; Hg
▽ ⌕ `egn`	thallium; Tl
▽ ⌕ `ego`	lead; Pb
▽ ⌕ `egp`	bismuth; Bi
▽ ⌕ `egq`	polonium; Po
▽ ⌕ `egr`	astatine; At
▽ ⌕ `egs`	radon; Rn
▽ ⌕ `eh`	period 7 elements
▽ ⌕ `ehb`	francium; Fr
▽ ⌕ `ehc`	radium; Ra
▽ ⌕ `ehcz`	actinoids
▽ ⌕ `ehczb`	actinium; Ac
▽ ⌕ `ehczbf`	actinium-230; ²³⁰Ac
▽ ⌕ `ehczc`	thorium; Th
▽ ⌕ `ehczcf`	thorium-230; ²³⁰Th
▽ ⌕ `ehczcg`	thorium-231; ²³¹Th
▽ ⌕ `ehczd`	protactinium; Pa
▽ ⌕ `ehcze`	uranium; U
▽ ⌕ `ehczef`	uranium-235; ²³⁵U
▽ ⌕ `ehczej`	uranium-239; ²³⁹U
▽ ⌕ `ehczf`	neptunium; Np
▽ ⌕ `ehczg`	plutonium; Pu
▽ ⌕ `ehczh`	americium; Am
▽ ⌕ `ehczi`	curium; Cm
▽ ⌕ `ehczj`	berkelium; Bk
▽ ⌕ `ehczk`	californium; Cf
▽ ⌕ `ehczɭ`	einsteinium; Es
▽ ⌕ `ehczm`	fermium; Fm
▽ ⌕ `ehczn`	mendelevium; Md
▽ ⌕ `ehczo`	nobelium; No
▽ ⌕ `ehd`	lawrencium; Lr
▽ ⌕ `ehe`	ruthefordium; Rf
▽ ⌕ `ehf`	dubnium; Db
▽ ⌕ `ehg`	seaborgium; Sg
▽ ⌕ `ehh`	bohrium; Bh
▽ ⌕ `ehi`	hassium; Hs
▽ ⌕ `ehj`	meitnerium; Mt
▽ ⌕ `ehk`	darmstadtium; Ds
▽ ⌕ `ehɭ`	roentgenium; Rg
▽ ⌕ `ehm`	copernicium; Cn
▽ ⌕ `ehn`	ununtrium; Uut
▽ ⌕ `eho`	flerovium; Fl
▽ ⌕ `ehp`	ununpentium; Uup
▽ ⌕ `ehq`	livermorium; Lv
▽ ⌕ `ehr`	ununseptium; Uus
▽ ⌕ `ehs`	ununoctium; Uuo
▽ ⌕ `uUdd(91px)e`	Alsace
▽ ⌕ `uUdf(91px)e`	Auvergne
Connected classes:
`d6q`	chemical energy ↞ `e`
`eU`	metals ↞ `eXbWo`
`f`	molecules; chemical substances; pure substances [chemistry; molecular physics] ↞ `e`
`f3h`	hydrogen bonding ↞ `ebb`
`f5i`	reduction-oxidation; redox ↞ `ecq`
`f77` `[e]`	made up of chemical element
`fc`	mineral acids; inorganic acids ↞ `ebb f99f`
`fccWf`	hydrogen halides ↞ `eXr`
`fcc`	hydrofluoric acid; HF ↞ `ecr`
`fcd`	hydrochloric acid; HCl ↞ `edr`
`fce`	hydrobromic acid; HBr ↞ `eer`
`fcf`	hydroiodic acid; HI ↞ `efr`
`fcm`	nitric acid; HNO₃ ↞ `ecp`
`fcn`	nitrous acid; HNO₂ ↞ `ecp`
`fco`	halogen oxoacids ↞ `eXr`
`fcp`	phosphoric acid; H₃PO₄ ↞ `edp`
`fcq`	sulfuric acid; sulphuric acid; oil of vitriol; H₂SO₄ ↞ `edq`
`fcr`	fluorosulfuric acid; HSO₃F ↞ `ecr edq`
`fdd`	ammonia; azane; NH₃ ↞ `ecp`
`fdhc`	lithium hydroxide; LiOH ↞ `ecb`
`fdhd`	sodium hydroxide; NaOH ↞ `edb`
`fdhm`	magnesium hydroxide; Mg(OH)₂ ↞ `edc`
`fe`	oxides ↞ `ecq`
`feb`	hydrogen oxides ↞ `ebb`
`fec`	carbon oxides ↞ `eco`
`fed`	nitrogen oxides; NO_x ↞ `ecp`
`fee`	lithium oxide; lithia; Li₂O ↞ `ecb`
`fef`	sodium oxide; Na₂O ↞ `edb`
`feg`	magnesium oxide; magnesia; MgO ↞ `edc`
`feh`	aluminium oxides ↞ `edn`
`fei`	silicon oxides ↞ `edo`
`fek`	potassium oxide; potash; K₂O ↞ `eeb`
`feɭ`	calcium oxides ↞ `eec`
`fen`	manganese oxides ↞ `eeh`
`fer`	iron oxides; rust ↞ `eei`
`fev`	copper oxides ↞ `eel`
`few`	zinc oxide; ZnO ↞ `eem`
`ffcWf`	halides ↞ `eXr`
`ffc`	fluorides ↞ `ecr`
`ffd`	chlorides ↞ `edr`
`ffe`	bromides ↞ `eer`
`fff`	iodides ↞ `efr`
`ffk`	carbonates ↞ `eco`
`ffm`	nitrates ↞ `ecp`
`ffn`	nitrites ↞ `ecp`
`ffp`	phosphates ↞ `edp`
`ffq`	sulfates ↞ `edq`
`fh`	hydrocarbons ↞ `eco ebb`
`fɭ`	carboxylic acids; fatty acids ↞ `fc ebb`
`g77` `[e]`	made up of chemical element
`gtbc`	native carbon ↞ `eco`
`gtbi`	native iron ↞ `eei`
`gtbɭ`	native gold ↞ `egl`
`gtc`	sulfide minerals; sulphides; sulfides ↞ `edq`
`gtcgg`	galena; PbS ↞ `ego`
`gtchc`	cinnabar; HgS ↞ `egm`
`gtchh`	sphalerite; ZnS ↞ `eem`
`gtcpp`	pyrite; FeS₂ ↞ `eei`
`gtcxm`	molybdenite; MoS₂ ↞ `efg`
`gtd`	sulfosalt minerals ↞ `edq`
`gteb`	ice; H₂O ↞ `ebb fU`
`gtecb`	periclase; MgO ↞ `edc`
`gteec`	corundum; Al₂O₃ ↞ `edn fehd`
`gteee`	hematite; Fe₂O₃ ↞ `eei ferd`
`gtekc`	cassiterite; SnO₂ ↞ `efo`
`gtekp`	pyrolusite; MnO₂ ↞ `eeh`
`gtekr`	rutile; TiO₂ ↞ `eee`
`gtesc`	chromite; FeCr₂O₄ ↞ `eeg eei`
`gtesm`	magnetite; Fe₃O₄ ↞ `edc eei fere`
`gtess`	spinel; MgAl₂O₄ ↞ `edc edn`
`gtf`	hydroxide minerals; hydroxides ↞ `ecq ebb`
`gth`	halide minerals; halides ↞ `eXr`
`gthff`	fluorite; CaF₂ ↞ `ecr eec`
`gthhh`	table salt; halite; NaCl ↞ `edr edb`
`gthhs`	sylvite; KCl ↞ `edr eeb`
`gtm`	carbonate minerals; carbonates ↞ `eco ecq`
`gtmc`	calcite group ↞ `eec`
`gtmid`	dolomite; CaMg(CO₃)₂ ↞ `edc eec`
`gtn`	nitrate minerals; nitrates ↞ `ecp`
`gto`	sulphate minerals; sulphates; sulfates ↞ `edq`
`gtobb`	barite; BaSO₄ ↞ `egc`
`gtobc`	celestine; SrSO₄ ↞ `efc`
`gtobn`	anglesite; PbSO₄ ↞ `ego`
`gtoqg`	gypsum; CaSO₄·2H₂O ↞ `eec`
`gtp`	phosphate minerals; phosphates ↞ `edp`
`gtpif`	fluorapatite; Ca₅(PO₃)₃F ↞ `ecr`
`gtpih`	chlorapatite; Ca₅(PO₄)₃Cl ↞ `edr`
`gtr`	borate minerals; borates ↞ `ecn`
`gts`	silicates ↞ `edo`
`gtsbdo`	olivine; (Mg;Fe²⁺)₂[SiO₄] ↞ `edc eei`
`gtspo`	kaolinite-serpentine group ↞ `edc eei`
`gtsptc`	talc ↞ `edc`
`gtx`	organic minerals ↞ `eco`
`i77` `[e]`	chemical element [petrologic analysis]
`r5g`	copper technology; Copper Age; chalcolithic ↞ `eel`
`r5h`	bronze technology; Bronze Age ↞ `eel efo`
`r5i`	iron technology; Iron Age; steel ↞ `eei`
`r9h`	metal; metallic ↞ `eU`
`r9hg`	copper ↞ `eel`
`r9hi`	iron; steel ↞ `eei`
`r9hn`	tin ↞ `efo`
`yssd`	physics ↞ `c c d e g`

specificity
current: 99

Move to another main class:
a b c d e f g h i j k l m n o p q r s t u v w x y


Facets key
0  as for perspective 
1  at time            
2  in place           
3  by agent           
4  opposed to         
5  undergoing change  
6  having property    
7  with part          
8  in quantity        
9  of quality

ILC developing version. Expanded class e / — ISKO Italia <http://www.iskoi.org/ilc/no.php?no=e> : 2006.03.06 - 2021.12.09 -

ILC developing versionExpanded class e

ILC developing version
Expanded class `e`