Difference between revisions of "Titanium"

Titanium

Properties
Atomic symbol	Ti
Atomic number	22
Classification	Transition metal
Atomic mass	47.9 amu
Other Information
Date of discovery	1791
Name of discoverer	William Gregor
Name origin	From the Greek word titanos (Titans)
Uses	Paint, rubber, paper, areospace
Obtained from	Minerals (ilmenite, rutile}

Titanium is a metallic element which is notable for having the highest strength-to-weight ratio of any metal and for its incredible resistance to corrosion. These properties have led the metal to become a material of choice for aerospace applications.

Periodic Table of the Elements
1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18
1 H 1.008																	2 He 4.003
3 Li 6.939	4 Be 9.0122											5 B 10.811	6 C 12.011	7 N 14.007	8 O 15.999	9 F 18.998	10 Ne 10.183
11 Na 22.99	12 Mg 24.312											13 Al 26.982	14 Si 28.086	15 P 30.974	16 S 32.064	17 Cl 35.453	18 Ar 39.948
19 K 39.102	20 Ca 40.08	21 Sc 44.956	22 Ti 47.9	23 V 50.942	24 Cr 51.996	25 Mn 54.938	26 Fe 55.847	27 Co 58.933	28 Ni 58.71	29 Cu 63.546	30 Zn 65.37	31 Ga 69.72	32 Ge 72.59	33 As 74.922	34 Se 78.96	35 Br 79.904	36 Kr 83.8
37 Rb 85.47	38 Sr 87.62	39 Y 88.905	40 Zr 91.22	41 Nb 92.906	42 Mo 95.94	43 Tc [97]	44 Ru 101.07	45 Rh 102.91	46 Pd 106.4	47 Ag 107.87	48 Cd 112.4	49 In 114.82	50 Sn 118.69	51 Sb 121.75	52 Te 127.6	53 I 126.9	54 Xe 131.3
55 Cs 132.91	56 Ba 137.34	57* La 138.91	72 Hf 178.49	73 Ta 180.95	74 W 183.85	75 Re 186.2	76 Os 190.2	77 Ir 192.2	78 Pt 195.09	79 Au 196.97	80 Hg 200.59	81 Tl 204.37	82 Pb 207.19	83 Bi 208.98	84 Po 210	85 At 210	86 Rn 222
87 Fr 215	88 Ra 226.03	89** Ac 227.03	104 Rf [261]	105 Db [262]	106 Sg [266]	107 Bh [264]	108 Hs [265]	109 Mt [268]	110 Dt [271]	111 Rg [272]	112 Cn [277]	113 Nh [284]	114 Fv [289]	115 Mc [288]	116 Lv [292]	117 Ts [293]	118 Og [294]

*Lanthanides		58 Ce 140.12	59 Pr 140.91	60 Nd 144.24	61 Pm 145	62 Sm 150.35	63 Eu 151.96	64 Gd 157.25	65 Tb 158.92	66 Dy 162.5	67 Ho 164.93	68 Er 167.26	69 Tm 168.93	70 Yb 173.04	71 Lu 174.97

**Actinides		90 Th 232.04	91 Pa 231	92 U 238.03	93 Np 237.05	94 Pu 239.05	95 Am 241.06	96 Cm 244.06	97 Bk 249.08	98 Cf 252.08	99 Es 252.08	100 Fm 257.1	101 Md 258.1	102 No 259.1	103 Lr 262.11

Revision as of 06:52, January 27, 2015 (view source) SKinney (talk \| contribs) ← Older edit		Revision as of 06:52, January 27, 2015 (view source) SKinney (talk \| contribs) Newer edit →
Line 1:		Line 1:
−	{{Element \| name=Titanium \| symbol=Ti \| anumber=22 \| amass=47.9 amu \| noe=22 \| class=Transition metal \| cstructure=Hexagonal \| color=Silver \| date=1791 \| discname=[[William Gregor]] \| origname=From the Greek word ''titanos'' (Titans) \| uses=Paint, rubber, paper, areospace \| obtained=Minerals (ilmenite, rutile} \| Melting point=5949 deg. Fahrenheit}	+	{{Element \| name=Titanium \| symbol=Ti \| anumber=22 \| amass=47.9 amu \| noe=22 \| class=Transition metal \| cstructure=Hexagonal \| color=Silver \| date=1791 \| discname=[[William Gregor]] \| origname=From the Greek word ''titanos'' (Titans) \| uses=Paint, rubber, paper, areospace \| obtained=Minerals (ilmenite, rutile} \| Melting point=5949 deg. Fahrenheit}}

	'''Titanium''' is a [[metal]]lic [[element]] which is notable for having the highest strength-to-weight ratio of any metal and for its incredible resistance to corrosion. These properties have led the metal to become a material of choice for aerospace applications.		'''Titanium''' is a [[metal]]lic [[element]] which is notable for having the highest strength-to-weight ratio of any metal and for its incredible resistance to corrosion. These properties have led the metal to become a material of choice for aerospace applications.

Difference between revisions of "Titanium"

Revision as of 06:52, January 27, 2015

Navigation menu

Search