Template:Table:elements/lfv

Elements in Laefevian · Þiemassuirhir
1	2											3	4	5	6	7	8
1.01 H · A 1		Rystimmugent þiemassuirhas The Periodic Table of Elements															4.00 He · Ao 2
ažžênj hydrogen		Key · Hruftent															augwirs helium
6.94 Li · Nu 3	9.01 Be · Du 4					erhwekaer noble metals						10.81 B · Hl 5	12.01 C · E 6	14.01 N · Y 7	16.00 O · L 8	19.00 F · T 9	20.18 Ne · Êj 10
nurnessai lithium	dueltessai beryllium	gurwêtessaer alkali metals		feijwêtessaer alkaline earth metals		dônekaer transition metals		toerhwekaer base metals		løikessêljir lanthanides		hlynnjand boron	epur carbon	lynwirs nitrogen	letwirs oxygen	toržetwirs fluorine	êrjahwirs neon
22.99 Na · Ð 11	24.31 Mg · Br 12									armêǧettêljir radioactive		26.98 Al · Rø 13	28.09 Si · Fg 14	30.97 P · N 15	32.06 S · Eh 16	35.45 Cl · Me 17	39.95 Ar · Ha 18
ðêllessai sodium	birtessai magnesium	talekaer metalloids		toekaer nonmetals		njalkygwirhir halogens		erhwarwirhir noble gases		mêiǧessêljir actinides		røhwessai aluminium	figgiessai silicon	nylgyirs phosphorus	ehwars sulfur	melwirs chlorine	hnagwirs argon
39.10 K · G 19	40.08 Ca · Fe 20	44.96 Sc · Mk 21	47.90 Ti · Fh 22	50.94 V · Uh 23	52.00 Cr · Ns 24	54.94 Mn · En 25	55.85 Fe · Em 26	58.93 Co · Su 27	58.70 Ni · I/Ij 28	63.55 Cu · Um 29	65.38 Zn · Ek 30	69.72 Ga · Fo 31	72.59 Ge · Ke 32	74.92 As · Ap 33	78.96 Se · Or 34	79.90 Br · Sr 35	83.80 Kr · Fr 36
golwessai potassium	feijwessai calcium	maukessai scandium	fihkessai titanium	umihwessai vanadium	nuistessai chromium	endørhessai manganese	emar iron	sumpêst cobalt	ijand nickel	umand copper	elkynd zinc	foduržessai gallium	keorðessai germanium	ampelj arsenic	oruðessai selenium	surhumwirs bromine	fêrwirs krypton
85.47 Rb · Uǧ 37	87.62 Sr · Ul 38	88.91 Y · Zy 39	91.22 Zr · Al (Alj) 40	92.91 Nb · Hg 41	95.94 Mo · Ho 42	96.91 Tc · Ôv 43	101.07 Ru · Hu 44	102.91 Rh · Ar 45	106.40 Pd · Ve 46	107.87 Ag · El 47	112.41 Cd · Hk 48	114.82 In · Ur 49	118.69 Sn · Ka 50	121.75 Sb · Va 51	127.60 Te · Hp 52	126.90 I · Ku 53	131.30 Xe · Ñø 54
umoǧessai rubidium	umletessai strontium	zyvnwessai yttrium	ammuoljessai zirconium	hrorgwessai niobium	hrommaond molybdenum	ôravdiessai technetium	hrohmulkand ruthenium	arreltessai rhodium	veniellessai palladium	elles silver	hrolkynd cadmium	urôlessai indium	kaend tin	valpanj antimony	hrovvalpand tellurium	kuerǧwirs iodine	ñøbyirs xenon
132.91 Cs · Êþ 55	137.33 Ba · Žo 56	[57 – 71]	178.49 Hf · Ǧž 72	180.95 Ta · Ag 73	183.85 W · Êž 74	186.21 Re · No 75	190.20 Os · Ǧw 76	192.22 Ir · An 77	195.09 Pt · Hm 78	196.97 Au · M 79	200.59 Hg · Er 80	204.37 Tl · Bt 81	207.20 Pb · Ma 82	208.98 Bi · Am 83	208.98 Po · Jf 84	209.99 At · Êt 85	222.02 Rn · Jž 86
êþiessai caesium	žoǧwessai barium	løikessêljir lanthanides	ǧuavžessai hafnium	argwessai tantalum	êløñžessai tungsten	nommessai rhenium	ǧwindessai osmium	anwešessai iridium	hmulkand platinum	mulku gold	erin mercury	bitaressai thallium	maond lead	ammônd bismuth	jôltaftessai polonium	êhhualettuirs astatine	jôltavžwirs radon
223.02 Fr · Tm 87	226.03 Ra · He 88	[89 – 103]	267.12 Rf · Vb 104	268.13 Db · Ǧd 105	269.13 Sg · Aþ 106	270.13 Bh · Rô 107	269.13 Hs · Ra 108	277.15 Mt · Ed 109	282.17 Ds · Ia 110	282.17 Rg · Iô 111	286.18 Cn · Ea 112	286.18 Nh · Eô 113	290.19 Fl · Rg 114	290.20 Mc · Rs 115	293.21 Lv · Rk 116	294.21 Ts · Rt 117	295.22 Og · Ru 118
tanmêiğessai francium	heltiakessai radium	mêiǧessêljir actinides	vrubyþiessai rutherfordium	ǧwôdessai dubnium	aihtiakessai seaborgium	rimmôndessai bohrium	rinmaondessai hassium	emmôndessai meitnerium	imjaondessai darmstadtium	imjôndessai roentgenium	elkaondessai copernicium	elmôndessai nihonium	riniggantessai flerovium	rinsifurwessai moscovium	rinskwêrressai livermorium	rintounwirs tennessine	rinsôntustwirs oganesson
		138.91 La · Lø 57	140.12 Ce · Hn 58	140.91 Pr · Þê 59	144.24 Nd · Mô 60	144.91 Pm · Kn 61	150.40 Sm · Sy 62	151.96 Eu · Êg 63	157.25 Gd · Lm 64	158.93 Tb · Ep 65	162.50 Dy · Tk 66	164.93 Ho · Kl 67	167.26 Er · Hž 68	168.93 Tm · Aw 69	173.04 Yb · Th 70	174.97 Lu · Td 71
		løikessai lanthanum	hnweljessai cerium	þêarkessai praseodymium	môimiêtessai neodymium	kwiênteressai promethium	syrrêljessai samarium	êggamettessai europium	lymmessai gadolinium	empišessai terbium	tankaltwessai dysprosium	kaltwessai holmium	hjêžarressai erbium	anwarwessai thulium	tanhjêžarressai ytterbium	tandwambessai lutetium
		227.03 Ac · Mǧ 89	232.04 Th · Šø 90	231.04 Pa · Hǧ 91	238.03 U · Aš 92	237.05 Np · Uk 93	244.06 Pu · Ig 94	243.06 Am · Si 95	247.07 Cm · Sk 96	247.07 Bk · Tu 97	251.08 Cf · Sô 98	252.08 Es · Ñe 99	257.10 Fm · Lp (Ljp) 100	258.10 Md · Dñ 101	259.10 No · Rš 102	266.12 Lr · Ui 103
		mêiǧessai actinium	šømpessai thorium	hlêmmêiǧessai protactinium	almiššai uranium	unkwêssiessai neptunium	iggantessai plutonium	sifurwessai americium	skwêrressai curium	toumessai berkelium	sôntustessai californium	ñelkessai einsteinium	ljôrpaltessai fermium	dihñiessai mendelevium	rinalmiššai nobelium	usiggiessai lawrencium

List of element names and etymologies

Z	AM	E	English	L	Laefevian	Etymology	Notes	Mapir
1	1.01	H	hydrogen	A	ažženj	*ʔard-jaŋjæ-s		toekai
2	4.00	He	helium	Ao	augwirs	ao (sun)		erhwarwirs
3	6.94	Li	lithium	Nu	nurnessai	nuran (stone/rock)		gurwêtessai
4	9.01	Be	beryllium	Du	dueltessai	duelt (beryl)		feijwêtessai
5	10.81	B	boron	Hl	hlynnjand	hlynnjet (borax)		talekai
6	12.01	C	carbon	E	epur	*epurent (charcoal) (cf. erpent)		toekai
7	14.01	N	nitrogen	Y	lynwirs	lynad (to suffocate/throttle)		toekai
8	16.00	O	oxygen	L	letwirs	letieþ (vinegar)		toekai
9	19.00	F	fluorine	T	toržetwirs	toržet (fluorite) < toruž (flowing)		njalkygwirs
10	20.18	Ne	neon	Êj	êrjahwirs	Êrjas (Fire)		erhwarwirs
11	22.99	Na	sodium	Ð	ðêllessai	ðêllit (natron)		gurwêtessai
12	24.31	Mg	magnesium	Br	birtessai	birat (bitter)		feijwêtessai
13	26.98	Al	aluminium	Rø	røhwessai	røhwirs (alumina) < røhwe (clay)		toerhwekai
14	28.09	Si	silicon	Fg	figgiessai	figge (flint)		talekai
15	30.97	P	phosphorus	N	nylgyirs	nylgad (to flash)		toekai
16	32.06	S	sulphur	Eh	ehwars	*pe-swær-		toekai
17	35.45	Cl	chlorine	Me	melwirs	melis (green)		njalkygwirs
18	39.95	Ar	argon	Ha	hnagwirs	hnagis (lazy)		erhwarwirs
19	39.10	K	potassium	G	golwessai	golwirs (potash) < golve (ash)		gurwêtessai
20	40.08	Ca	calcium	Fe	feijwessai	feijwirs (limestone) < feij (lime)		feijwêtessai
21	44.96	Sc	scandium	Mk	maukessai	maus (wave crest)	it has distinct light-blue line in spectral analysis	dônekai
22	47.90	Ti	titanium	Fh	fihkessai	obsolete fihkis (strong, firm)		dônekai
23	50.94	V	vanadium	Uh	umihwessai	umis (red)	most of its salts turn red when heated	dônekai
24	52.00	Cr	chromium	Ns	nuistessai	nuisat (colourful)	produces colourful compounds	dônekai
25	54.94	Mn	manganese	En	endørhessai	endørs (magnesia nigra)	magnesia nigra is a compound that was used as black pigment	dônekai
26	55.85	Fe	iron	Em	emar	*pe-me<r>n-		dônekai
27	58.93	Co	cobalt	Su	sumpêst	originally "cobalt blue"	an ancient blue dye, from obsolete sumpêþis (blue)	dônekai
28	58.70	Ni	nickel	I/Ij	ijand	*hed-art'-	the word itself was obsolete and it referred to some kind of alloy)	dônekai
29	63.55	Cu	copper	Um	umand	*pom-art'-		dônekai
30	65.38	Zn	zinc	Ek	elkynd	*pe-klun-dʱó-s		dônekai
31	69.72	Ga	gallium	Fo	foduržessai	foduruž (melting)	because it melts if held in hand	toerhwekai
32	72.59	Ge	germanium	Ke	keorðessai	keorð (dandelion)	it has a distinct yellow spectral line	talekai
33	74.92	As	arsenic	Ap	ampelj	*na-pe-me<r>l-		talekai
34	78.96	Se	selenium	Or	oruðessai	oruð (twin)	tellurium and selenium were thought to be the same element for a long time	toekai
35	79.90	Br	bromine	Sr	surhunwirs	surhumas (to stink)		njalkygwirs
36	83.80	Kr	krypton	Fr	fêrwirs	fêrad (to hide)		erhwarwirs
37	85.47	Rb	rubidium	Uǧ	umoǧessai	umoǧe (red light)	it has distinct red spectral lines	gurwêtessai
38	87.62	Sr	strontium	Ul	umletessai	umis (red) + amlet (flame)	its flame test produces a very intensly bright red flame	feijwêtessai
39	88.91	Y	yttrium	Zy	zyvnwessai	zyvan (a sharp rock)	it was discovered in a piece of rock with sharp edges	dônekai
40	91.22	Zr	zirconium	Al (Alj)	ammuoljessai	ammuolj (zircon)		dônekai
41	92.91	Nb	niobium	Hg	hrorgwessai	hro- (faux-) + argwessai (tantalum)	it was mistaken for tantalum for a long time	dônekai
42	95.94	Mo	molybdenum	Ho	hrommaond	hro- (faux-) + maond (lead)		dônekai
43	96.91	Tc	technetium	Ôv	ôravdiessai	ôravdad (to form together)	first artificial element	dônekai
44	101.07	Ru	ruthenium	Hu	hrohmulkand	hro- (faux-) + mulkand (platinum)	isolated from platinum residue	dônekai
45	102.91	Rh	rhodium	Ar	arreltessai	arrelt (rose)	identified by its rose-red precipitate	dônekai
46	106.40	Pd	palladium	Ve	veniellessai	venis (new) + elles (silver)		dônekai
47	107.87	Ag	silver	El	elles	*he<r>d-ece-		dônekai
48	112.41	Cd	cadmium	Hk	hrolkynd	hro- (faux-) + elkynd (zinc)		dônekai
49	114.82	In	indium	Ur	urôlessai	urôl (sky)	it has a lot of blue spectral lines	toerhwekai
50	118.69	Sn	tin	Ka	kaend	*kɯd-art'-		toerhwekai
51	121.75	Sb	antimony	Va	valpanj	*wa<pa>l-(an-?)	used as black make-up paint for millennia	talekai
52	127.60	Te	tellurium	Hp	hrovvalpand	hro- (faux-) + valpanj (antimony)		talekai
53	126.90	I	iodine	Ku	kuerǧwirs	kuerğiš (purple)		njalkygwirs
54	131.30	Xe	xenon	Ñø	ñøbessai	ñøbis (foreign)		erhwarwirs
55	132.91	Cs	caesium	Êþ	êþiessai	êþes (azure)	it has blue distinct blue spsectral lines; the first element to be discoverd by spectral analysis	gurwêtessai
56	137.33	Ba	barium	Žo	žoǧwessai	žoğwis (heavy)		feijwêtessai
57	138.91	La	lanthanum	Lø	løikessai	løis (ghost)	it's like a ghost as it "hides" behind other elements	løikessêlj
58	140.12	Ce	cerium	Hn	hnweljessai	hnwelj (ochre)	it was found in ochre pigment, the first lanthanide to be discovered	løikessêlj
59	140.91	Pr	praseodymium	Þê	þêarkessai	þêarkis (light/lime green)	produces pale-green salts	løikessêlj
60	144.24	Nd	neodymium	Mô	môimiêtessai	môimiêt (pink)	produces pink salts	løikessêlj
61	144.91	Pm	promethium	Kn	kwiênteressai	kwiênterad (to bridge)	because it finally bridged the gap in the lanthanide series, being the last lanthanide to be discovered	løikessêlj
62	150.40	Sm	samarium	Sy	syrrêljessai	syrrêlad (to deceive)	discovered by spectral analysis but its spectral lines were confusing	løikessêlj
63	151.96	Eu	europium	Êg	êggamettessai	êkaggamettis (inaccessible)	it was extremely difficult to isolate it	løikessêlj
64	157.25	Gd	gadolinium	Lm	lymmessai	lym (valley)	there is a gap/valley between its green spectral lines	løikessêlj
65	158.93	Tb	terbium	Ep	empišessai	empiš (brown)	first discovered as brown precipitate	løikessêlj
66	162.50	Dy	dysprosium	Tk	tankaltwessai	tan- (from) + kaltwessai (holmium)		løikessêlj
67	164.93	Ho	holmium	Kl	kaltwessai	kalt (wood)	discovered in a brown oxide	løikessêlj
68	167.26	Er	erbium	Hž	hjêžarressai	hjêžars (lotus)	its pink salts resemble the pink colour of lotus flowers	løikessêlj
69	168.93	Tm	thulium	Aw	anwarwessai	anwarwa (lychen)	its oxide was pale green, resembling lychens that are often pale green	løikessêlj
70	173.04	Yb	ytterbium	Th	tanhjêžarressai	tan- (from) + hjêžarressai (erbium)		løikessêlj
71	174.97	Lu	lutetium	Td	tandwambessai	tandwambad (to avoid)	it was difficult to isolate, as if "avoiding" being discovered	løikessêlj
72	178.49	Hf	hafnium	Ǧž	ǧuavžessai	ğuavuž (missing)	it was one of the missing elements (but previously predicted	dônekai
73	180.95	Ta	tantalum	Ag	argwessai	argus (whole)	because it doesn't dissolve in acid	dônekai
74	183.85	W	tungsten	Êž	êløñžessai	êløñuž (unmelting)		dônekai
75	186.21	Re	rhenium	No	nommessai	nom (wave)	its most prominent spectral lines resemble waves	dônekai
76	190.20	Os	osmium	Ǧw	ǧwindessai	ǧwind (smoke)	produces an ashy and smoky smell	dônekai
77	192.22	Ir	iridium	An	anwešessai	anweš (rainbow)		dônekai
78	195.09	Pt	platinum	Hm	hmulkand	obsolete eihmulkand (white gold)		dônekai
79	196.97	Au	gold	M	mulku	*ml̥-k(ʰ)wé-		dônekai
80	200.59	Hg	mercury	Er	erin	*pe-rejn-		dônekai
81	204.37	Tl	thallium	Bt	bitaressai	bitar (bud)	it has bright green spectral lines	toerhwekai
82	207.20	Pb	lead	Ma	maond	*mɯg-art'-		toerhwekai
83	208.98	Bi	bismuth	Am	ammônd	**na-mɯg-art'-		toerhwekai
84	208.98	Po	polonium	Jf	jôltaftessai	jôltaft (beam/ray)		talekai
85	209.99	At	astatine	Êt	êhhualettuirs	êhhualettis (unstable)		njalkygwirs
86	222.02	Rn	radon	Jž	jôltavžwirs	jôltavuž (glowing)	referring to its radioactivity	erhwarwirs
87	223.02	Fr	francium	Tm	tanmêiğessai	tan- (from) + mêiǧessai (actinium)	found as decay from purified actinium	gurwêtessai
88	226.03	Ra	radium	He	heltiakessai	heltias (bloody)	it has carmine (ie. blood-like) spectral lines	feijwêtessai
89	227.03	Ac	actinium	Mǧ	mêiǧessai	mêiğe (shine/sheen)	referring to its radioactivity	mêiǧessêlj
90	232.04	Th	thorium	Šø	šømpessai	šømpa (pebble)	it was discovered in a pebble	mêiǧessêlj
91	231.04	Pa	protactinium	Hǧ	hlêmmêiǧessai	hlê- (pre-) + mêiǧessai (actinium)	it appears before actinium in Uranium decay	mêiǧessêlj
92	238.03	U	uranium	Aš	almiššai	almiš (yellow)	used as yellow pigment	mêiǧessêlj
93	237.05	Np	neptunium	Uk	unkwêssiessai	un- (away) + kwêssa (gate)	it was the first transuranium element discovered, thus opening the "gate" to new elements	mêiǧessêlj
94	244.06	Pu	plutonium	Ig	iggantessai	ig- (inchoative) + gant (step)	a new step across "new gate" (= neptunium)	mêiǧessêlj
95	243.06	Am	americium	Si	sifurwessai	sifurus (orange [colour])	among its spectral lines there is a very distinct one in the orange spectrum	mêiǧessêlj
96	247.07	Cm	curium	Sk	skwêrressai	skwêrs (gap)	there is a wide gap in its spectral lines between blue and yellow	mêiǧessêlj
97	247.07	Bk	berkelium	Tu	toumessai	to- (non-) + umis (red)	it has no red spectral lines	mêiǧessêlj
98	251.08	Cf	californium	Sô	sôntustessai	sôntust (cart track)	its spectral lines have two wide gaps, resembling a cart track	mêiǧessêlj
99	252.08	Es	einsteinium	Ñe	ñelkessai	sa (one) + ñelus (stem/stalk)	because of a single spectral line in the green spectrum	mêiǧessêlj
100	257.10	Fm	fermium	Lp (Ljp)	ljôrpaltessai	ljô- (at, along) + arpalt (side)	it was discovered alongside einsteinium	mêiǧessêlj
101	258.10	Md	mendelevium	Dñ	dihñiessai	dihñis (individual, separete)	first element to be synthesised one atom at a time	mêiǧessêlj
102	259.10	No	nobelium	Rš	rinalmiššai	rin- (de-) + almiššai (uranium)	conclusively discovered by bombardment of uranium with neon atoms	mêiǧessêlj
103	266.12	Lr	lawrencium	Ui	usiggiessai	us- (behind) + igge (end)	the last actinide, so it ends the series	mêiǧessêlj
104	267.12	Rf	rutherfordium	Vb	vrubyþiessai	vrubyþad (to bombard)	homage to the process of bombardment involved in synthesising the transuranium elements	dônekai
105	268.13	Db	dubnium	Ǧd	ǧwôdessai	ǧwôda (brief period of time)	all of its isotopes have short half-lives, 16 hours being the longest	dônekai
106	269.13	Sg	seaborgium	Aþ	aihtiakessai	aiþ (breeze)	all of its isotopes have extremely short half-lives	dônekai
107	270.13	Bh	bohrium	Rô	rimmôndessai	rin- (de-) + ammônd (bismuth)	synthesised by bombardment of bismuth with chromium atoms	dônekai
108	269.13	Hs	hassium	Ra	rinmaondessai	rin- (de-) + maond (lead)	synthesised by bombardment of lead with iron atoms	dônekai
109	277.15	Mt	meitnerium	Ed	emmôndessai	emar (iron) + ammônd (bismuth)	synthetised by bombardment of bismuth with iron atoms	dônekai
110	282.17	Ds	darmstadtium	Ia	imjaondessai	ijand (nickel) + maond (lead)	synthetised by bombardment of lead with nickel atoms	dônekai
111	282.17	Rg	roentgenium	Iô	imjôndessai	ijand (nickel) + ammônd (bismuth)	synthetised by bombardment of bismuth with nickel atoms	dônekai
112	286.18	Cn	copernicium	Ea	elkaondessai	elkynd (zinc) + maond (lead)	synthetised by bombardment of lead with zinc atoms	dônekai
113	286.18	Nh	nihonium	Eô	elmôndessai	elkynd (zinc) + ammônd (bismuth)	synthetised by bombardment of bismuth with zinc atoms	toerhwekai
114	290.19	Fl	flerovium	Rg	riniggantessai	rin- (de-) + iggantessai (plutonium)	synthetised by bombardment of plutonium with calcium atoms	toerhwekai
115	290.20	Mc	moscovium	Rs	rinsifurwessai	rin- (de-) + sifurwessai (americium)	synthetised by bombardment of americium with calcium atoms	toerhwekai
116	293.21	Lv	livermorium	Rk	rinskwêrressai	rin- (de-) + skwêrressai (curium)	synthetised by bombardment of curium with calcium atoms	toerhwekai
117	294.21	Ts	tennessine	Rt	rintounwirs	rin- (de-) + toumessai (berkelium)	synthetised by bombardment of berkelium with calcium atoms	njalkygwirs
118	295.22	Og	oganesson	Ru	rinsôntustwirs	rin- (de-) + sôntustessai (californium)	synthetised by bombardment of californium with calcium atoms	erhwarwirs