Carbon - Revision history

Michel Lamontagne at 20:42, 15 February 2021

2021-02-15T20:42:21Z

Silverwurm: Expanded page, listed lunar uses and sources of carbon, added link to Lunar Carbon Production, which I will write later

2011-08-20T04:19:43Z

Expanded page, listed lunar uses and sources of carbon, added link to Lunar Carbon Production, which I will write later

Jarogers2001: Reverted edits by 71.103.174.149 (Talk); changed back to last version by Strangelv

2008-10-30T01:03:16Z

Reverted edits by 71.103.174.149 (Talk); changed back to last version by Strangelv

71.103.174.149 at 22:41, 29 October 2008

2008-10-29T22:41:17Z

Strangelv: 1 revision(s)

2007-02-12T03:59:38Z

1 revision(s)

New page

{{Element |
name=Carbon |
symbol=C |
available=trace |
need=critical |
number=6 |
mass=12.0107 |
group=14 |
period=2 |
phase=Solid |
series=Non-metals |
density=(graphite) 2.267 g/cm3(diamond) 3.513 g/cm3 |
melts= |
boils=4000K, 3727°C, 6740°F |
isotopes=12 13 |
prior=[[Boron|B]] |
next=[[Nitrogen|N]] |
above=N/A |
aprior=N/A |
anext=N/A |
below=[[Silicon|Si]] |
bprior=[[Aluminum|Al]] |
bnext=[[Phosphorus|P]] |
radius=70 |
bohr=67 |
covalent=77 |
vdwr=170 |
irad=(+4) 16 |
ipot=11.26 |
econfig=1s2 2s2 2p2 |
eshell=2, 4 |
enega=2.55 |
eaffin=1.26 |
oxstat=4, 2 |
magn=Diamagnetic |
cryst=Hexagonal |
}}
'''Carbon''' is a Non-metal in group 14.
It has a Hexagonal crystalline structure.
This element has two stable isotopes: 12 and 13.
 

{{Autostub}}
[[Category:Diamagnetic Elements]]
[[Category:Solids]]
[[Category:Non-metals ]]
[[Category:Critical and Essential Elements]]

Strangelv: temporarily redirecting to successful import test, article 2 of 2

2007-02-02T06:31:22Z

temporarily redirecting to successful import test, article 2 of 2

New page

#REDIRECT [[Lunarpedia:Autostub2 test 2b]]

@@ Line 40: / Line 40: @@
 This element has two stable isotopes: 12 and 13.
-== Application to Lunar Colonization ==
+==Application to Lunar Colonization==
-=== Proposed Uses ===
+===Proposed Uses===
-Carbon would be required for the production of lunar steel. In addition, use of carbon has been proposed for a number of lunar industrial procedures, both as a reactant and as an electrode material. Examples include [[Lunar Aluminum production|aluminum]] and [[Lunar Titanium production|titanium]] production.
+Carbon would be required for the production of lunar steel. In addition, use of carbon has been proposed for a number of lunar industrial processes, both as a reactant and as an electrode material. Examples include [[Lunar Aluminum production|aluminum]] and [[Lunar Titanium production|titanium]] production.
-=== Lunar Occurrence and Production ===
+===Lunar Occurrence and Production===
 Carbon is present in the lunar regolith. Estimates of its concentration range from 80 to over 200 parts per million, depending on location. This carbon could be extracted by heating the regolith, causing carbon monoxide (C[[O]]), carbon dioxide (C[[Oxygen|O]]<sub>2</sub>), and methane (C[[Hydrogen|H]]<sub>4</sub>) to form, which are then collected (see [[Volatiles]]). These substances would have to be [[Lunar Carbon Production|reduced further to produce elemental carbon]].
 == Related Pages ==
 [[Lunar Carbon Production]]
 [[Category:Diamagnetic Elements]]
@@ Line 58: / Line 59: @@
 [[Category:Non-metals ]]
 [[Category:Critical and Essential Elements]]
 <!-- Generated by a gamma candidate version of Autostub2 (Test 9) -->

@@ Line 39: / Line 39: @@
 It has a Hexagonal crystalline structure.
 This element has two stable isotopes: 12 and 13.
 [[Category:Diamagnetic Elements]]
 [[Category:Solids]]