e |
atoms; chemical elements [atomic physics] ← dte electrons dv hadrons ≈ DDC 541 |
e5 |
atomic reaction |
e5i |
nuclear fission |
e5u |
nuclear fusion |
e65 [] |
with electronegativity in Pauling scale ← d98 charge |
e66 [] |
statistics |
e67 [] |
conducing S/m electrical conductivity ; σ |
e7 |
orbitals; electronic clouds ← dte electrons ≈ DDC 539 |
e7X |
principal quantum number; n |
e7a |
nucleus; nuclide ← dv hadrons ≈ DDC 539 |
e7b |
level 1 orbitals; n=1 |
e7c |
level 2 orbitals; n=2 |
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 [] |
atomic mass |
e85 [] |
with A; ampere electric current; I ← d6l electric energy |
e98 [] |
charge; ionization; ion ← e65 in Pauling scale |
eU |
metals ← eXbWo metals |
eX |
periods |
eXX |
groups; families |
eXb |
alkali metals; group 1 elements |
eXc |
alkaline earth metals; group 2 elements |
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 |
eXl |
group 11 elements |
eXm |
group 12 elements |
eXn |
boron group; group 13; 3 elements |
eXo |
carbon group; group 14; 4 elements |
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 |
ebb |
hydrogen; H ← dt87nb dle87nb |
ebs |
helium; He |
ec |
period 2 elements |
ecb |
lythium; Li |
ecc |
beryllium; Be |
ecn |
boron; B |
eco |
carbon; C |
ecp |
nitrogen; N |
ecq |
oxygen; O |
ecr |
fluorine; F |
ecs |
neon; Ne |
ed |
period 3 elements |
edb |
sodium; Na |
edc |
magnesium; Mg |
edn |
aluminium; aluminum; Al |
edo |
silicon; Si |
edp |
phosphorus; P |
edq |
sulfur; sulphur; S |
edr |
chlorine; Cl |
eds |
argon; Ar |
ee |
period 4 elements |
eeb |
potassium; K |
eec |
calcium; Ca |
eed |
scandium; Sc |
eee |
titanium; Ti |
eef |
vanadium; V |
eeg |
chromium; Cr |
eeh |
manganese; Mn |
eei |
iron; Fe |
eej |
cobalt; Co |
eek |
nickel; Ni |
eel |
copper; 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 |
efl |
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 |
egd |
lutetium; Lu |
ege |
hafnium; Hf |
egf |
tantalum; Ta |
egg |
tungsten; W |
egh |
rhenium; Re |
egi |
osmium; Os |
egj |
iridium; Ir |
egk |
platinum; Pt |
egl |
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 |
ehd |
lawrencium; Lr |
ehe |
ruthefordium; Rf |
ehf |
dubnium; Db |
ehg |
seaborgium; Sg |
ehh |
bohrium; Bh |
ehi |
hassium; Hs |
ehj |
meitnerium; Mt |
ehk |
darmstadtium; Ds |
ehl |
roentgenium; Rg |
ehm |
copernicium; Cn |
ehn |
ununtrium; Uut |
eho |
flerovium; Fl |
ehp |
ununpentium; Uup |
ehq |
livermorium; Lv |
ehr |
ununseptium; Uus |
ehs |
ununoctium; Uuo |
Connected classes:
|
d6q |
chemical energy ← e |
e98 [an8] |
charge; ionization; ion ← e65 |
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 |
fcc |
hydrofluoric acid; HF ← ecr |
fcd |
hydrochloric acid; HCl ← edr |
fce |
hydrobromic acid; HBr ← eer |
fcf |
hydroiodic acid; HI ← efr |
fcm |
nitric acid; HNO<sub>3</sub> ← ecp |
fcn |
nitrous acid; HNO<sub>2</sub> ← ecp |
fco |
halogen oxoacids ← eXr |
fcp |
phosphoric acid; H<sub>3</sub>PO<sub>4</sub> ← edp |
fcq |
sulfuric acid; sulphuric acid; oil of vitriol; H<sub>2</sub>SO<sub>4</sub> ← edq |
fcr |
fluorosulfuric acid; HSO<sub>3</sub>F ← ecr edq |
fdd |
ammonia; azane; NH<sub>3</sub> ← ecp |
fe |
oxides ← ecq |
feb |
hydrogen oxides ← ebb |
fec |
carbon oxides ← eco |
fed |
nitrogen oxides; NO<sub>x</sub> ← ecp |
fee |
lithium oxide; lithia; Li<sub>2</sub>O ← ecb |
fef |
sodium oxide; Na<sub>2</sub>O ← edb |
feg |
magnesium oxide; magnesia; MgO ← edc |
feh |
aluminium oxides ← edn |
fei |
silicon oxides ← edo |
fek |
potassium oxide; potash; K<sub>2</sub>O ← eeb |
fel |
calcium oxides ← eec |
fen |
manganese oxides ← eeh |
fer |
iron oxides; rust ← eei |
fev |
copper oxides ← eel |
few |
zinc oxide; ZnO ← eem |
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 |
fl |
carboxylic acids; fatty acids ← fc ebb |
g77 [e] |
made up of chemical element |
gtc |
sulfide minerals; sulphides; sulfides ← edq |
gtd |
sulfosalt minerals ← edq |
gtf |
hydroxide minerals; hydroxides ← ecq ebb |
gth |
halide minerals; halides ← eXr |
gtm |
carbonate minerals; carbonates ← eco ecq |
gtn |
nitrate minerals; nitrates ← ecp |
gto |
sulphate minerals; sulphates; sulfates ← edq |
gtp |
phosphate minerals; phosphates ← edp |
gtr |
borate minerals; borates ← ecn |
gts |
silicates ← edo |
gtx |
organic minerals ← eco |
i77 [e] |
chemical element [petrologic analysis] |
r3g |
copper technology; Copper Age; chalcolithic ← eel |
r3h |
bronze technology; Bronze Age ← eel efo |
r3i |
iron technology; Iron Age; steel ← eei |
rbm |
metal; metallic ← eU |
ygd |
physics ← b c d e g |