Titanium - Revision history

Quidam65 at 00:46, March 11, 2025

2025-03-11T00:46:44Z

DavidB4-bot: clean up

2016-09-10T07:12:27Z

clean up

DavidB4-bot: /* top */clean up & uniformity

2016-07-13T20:37:30Z

top: clean up & uniformity

VargasMilan: Undo revision 1135599 by SKinney (talk)

2015-01-28T04:07:20Z

Undo revision 1135599 by SKinney (talk)

VargasMilan: Undo revision 1135600 by SKinney (talk)

2015-01-28T04:06:54Z

Undo revision 1135600 by SKinney (talk)

SKinney at 06:52, January 27, 2015

2015-01-27T06:52:56Z

SKinney at 06:52, January 27, 2015

2015-01-27T06:52:23Z

Dvergne at 04:10, October 15, 2012

2012-10-15T04:10:05Z

DanielPulido at 09:18, July 23, 2010

2010-07-23T09:18:49Z

WesleyS: cat

2008-11-19T18:25:45Z

cat

@@ 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 | obtained=Minerals (ilmenite, rutile)}}
+{{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, aerospace, golf clubs | obtained=Minerals (ilmenite, rutile)}}
 '''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.
 {{Periodic table}}
 [[Category:Metals]]

@@ 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 | obtained=Minerals (ilmenite, rutile}}
+{{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 | obtained=Minerals (ilmenite, rutile)}}
 '''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.
 {{Periodic table}}
 [[Category:Metals]]

@@ Line 3: / Line 3: @@
 '''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.
-{{Template:Periodic table}}
+{{Periodic table}}
 [[Category:Metals]]

← Older revision		Revision as of 04:07, January 28, 2015
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−	{{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 \| obtained=Minerals (ilmenite, rutile}}

	'''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.

← Older revision		Revision as of 04:06, January 28, 2015
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−	{{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.

← Older revision		Revision as of 06:52, January 27, 2015
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.

← Older revision		Revision as of 04:10, October 15, 2012
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	'''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.
		+
		+	{{Template:Periodic table}}
	[[Category:Metals]]		[[Category:Metals]]

← Older revision		Revision as of 18:25, November 19, 2008
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	'''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.
		+	[[Category:Metals]]