Sulfur - Revision history

Apm: Sulfurs borderline volatility == & == Sulfur forming two bonds and the limits to that

2023-08-27T09:46:32Z

Sulfurs borderline volatility == & == Sulfur forming two bonds and the limits to that

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 did not match the RGB of our screens or the "RGB" of our eyes.
 In contrast newest mars images are excellent in this regard, even taking the dynamic color temperature adaption of the human eyes into account.
 == Related ==

Apm: /* Related */

2023-08-27T09:30:26Z

← Older revision		Revision as of 11:30, 27 August 2023
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	== Related ==		== Related ==

	* [[Io]]		* Jupter's second Galileian moon [[Io]]
	* [[Chemical element]]		* [[Chemical element]]
	[[Category:Chemical element]]		[[Category:Chemical element]]

Apm: added Io

2023-08-27T09:29:41Z

added Io

← Older revision		Revision as of 11:29, 27 August 2023
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	== Related ==		== Related ==

			* [[Io]]
	* [[Chemical element]]		* [[Chemical element]]
	[[Category:Chemical element]]		[[Category:Chemical element]]

Apm: /* Related / Chemical element Category:Chemical element

2021-06-13T20:19:42Z

← Older revision		Revision as of 22:19, 13 June 2021
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	== Related ==		== Related ==

	* ~~...~~		* [[Chemical element]]
			[[Category:Chemical element]]

	== External links ==		== External links ==

Apm: added yet unwritten page: extremely abundant elements

2021-06-11T20:22:38Z

added yet unwritten page: extremely abundant elements

← Older revision		Revision as of 22:22, 11 June 2021
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	Right after [[carbon]], [[hydrogen]], [[oxygen]], and [[nitrogen]] [[sulfur]] is probably the next most important element for [[gemstone metamaterial technology]].		Right after [[carbon]], [[hydrogen]], [[oxygen]], and [[nitrogen]] [[sulfur]] is probably the next most important element for [[gemstone metamaterial technology]].

	'''On sulfurs abundance:''' Sulfur is not one of the extremely abundant elements, but <br>		'''On sulfurs abundance:''' Sulfur is not one of the [[extremely abundant elements]], but <br>
	it often occurs in concentrated deposits making it decently accessible.		it often occurs in concentrated deposits making it decently accessible.

Apm: expanded gem-gum-tech in intro - better for newcomers

2021-06-11T20:21:25Z

expanded gem-gum-tech in intro - better for newcomers

← Older revision		Revision as of 22:21, 11 June 2021
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	(usually two – see: [[limits of the construction kit analogy]]),		(usually two – see: [[limits of the construction kit analogy]]),
	Having two strong directed covalent bonds makes it especially useful for [[gemstone metamaterial technology]] (advanced [[Main Page\|APM]]).		Having two strong directed covalent bonds makes it especially useful for [[gemstone metamaterial technology]] (advanced [[Main Page\|APM]]).
	Right after [[carbon]], [[hydrogen]], [[oxygen]], and [[nitrogen]] [[sulfur]] is probably the next most important element for [[~~gem-gum tech~~]].		Right after [[carbon]], [[hydrogen]], [[oxygen]], and [[nitrogen]] [[sulfur]] is probably the next most important element for [[gemstone metamaterial technology]].

	'''On sulfurs abundance:''' Sulfur is not one of the extremely abundant elements, but <br>		'''On sulfurs abundance:''' Sulfur is not one of the extremely abundant elements, but <br>

Apm at 11:42, 7 June 2021

2021-06-07T11:42:04Z

← Older revision		Revision as of 13:42, 7 June 2021
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	'''Weak sulfur bonds (compared to oxygen):'''<br>		'''Weak sulfur bonds (compared to oxygen):'''<br>
	The covalent bonds that sulfur forms are not quite as strong as the bonds that oxygen forms.		The covalent bonds that sulfur forms are not quite as strong as the bonds that oxygen forms. <br>
	This is probably mostly due to sulfurs notably bigger atomic radius.		This is probably mostly due to sulfurs notably bigger atomic radius.
	This is not a problem though for ...		This is '''not a problem''' though for ...
	* ... surface passivations in [[superlubricating]] bearings		* ... surface passivations in [[superlubricating]] bearings
	* ... using sulfur atoms as [[single atom gear teeth]] – other limits may apply regarding maximal torque transmission capability (?)		* ... using sulfur atoms as [[single atom gear teeth]] – other limits may apply regarding maximal torque transmission capability (?)

Apm: weaker than oxygen bonds no problem for bearings and gears

2021-06-07T11:40:46Z

weaker than oxygen bonds no problem for bearings and gears

← Older revision		Revision as of 13:40, 7 June 2021
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	The covalent bonds that sulfur forms are not quite as strong as the bonds that oxygen forms.		The covalent bonds that sulfur forms are not quite as strong as the bonds that oxygen forms.
	This is probably mostly due to sulfurs notably bigger atomic radius.		This is probably mostly due to sulfurs notably bigger atomic radius.
			This is not a problem though for ...
			* ... surface passivations in [[superlubricating]] bearings
			* ... using sulfur atoms as [[single atom gear teeth]] – other limits may apply regarding maximal torque transmission capability (?)

	'''Soft sulfur compounds:'''<br>		'''Soft sulfur compounds:'''<br>

Apm: improved intro

2021-06-07T11:36:06Z

improved intro

← Older revision		Revision as of 13:36, 7 June 2021
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	{{Stub}}		{{Stub}}
	~~Sulfur is not one of the extremely abundant elements, but <br>~~
	~~it often occurs in concentrated deposits making it decently accessible.~~

	Sulfur is located under oxygen in the periodic table.		Sulfur is located under oxygen in the periodic table.
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	Right after [[carbon]], [[hydrogen]], [[oxygen]], and [[nitrogen]] [[sulfur]] is probably the next most important element for [[gem-gum tech]].		Right after [[carbon]], [[hydrogen]], [[oxygen]], and [[nitrogen]] [[sulfur]] is probably the next most important element for [[gem-gum tech]].

			'''On sulfurs abundance:''' Sulfur is not one of the extremely abundant elements, but <br>
			it often occurs in concentrated deposits making it decently accessible.

			'''Weak sulfur bonds (compared to oxygen):'''<br>
	The covalent bonds that sulfur forms are not quite as strong as the bonds that oxygen forms.		The covalent bonds that sulfur forms are not quite as strong as the bonds that oxygen forms.
	This is probably mostly due to sulfurs notably bigger atomic radius.		This is probably mostly due to sulfurs notably bigger atomic radius.

			'''Soft sulfur compounds:'''<br>
	Also the minerals sulfur compounds tend to form tend to be weak in terms of Mohs hardness.		Also the minerals sulfur compounds tend to form tend to be weak in terms of Mohs hardness.

	In nature sulfur tends to form minerals with heavy/toxic/rare elements leaning to the right side of the periodic table.		In nature sulfur tends to form minerals with heavy/toxic/rare elements leaning to the right side of the periodic table.
	In contrast to oxides many sulfide compounds are rather soft.		In contrast to oxides many sulfide compounds are rather soft.

Apm at 11:32, 7 June 2021

2021-06-07T11:32:47Z

← Older revision		Revision as of 13:32, 7 June 2021
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	(usually two – see: [[limits of the construction kit analogy]]),		(usually two – see: [[limits of the construction kit analogy]]),
	Having two strong directed covalent bonds makes it especially useful for [[gemstone metamaterial technology]] (advanced [[Main Page\|APM]]).		Having two strong directed covalent bonds makes it especially useful for [[gemstone metamaterial technology]] (advanced [[Main Page\|APM]]).
	Right after [[carbon]], [[hydrogen]], [[oxygen]], and [[nitrogen]] [[sulfur]] is probably the next most important element for [[~~genm~~-gum tech]].		Right after [[carbon]], [[hydrogen]], [[oxygen]], and [[nitrogen]] [[sulfur]] is probably the next most important element for [[gem-gum tech]].

	The covalent bonds that sulfur forms are not quite as strong as the bonds that oxygen forms.		The covalent bonds that sulfur forms are not quite as strong as the bonds that oxygen forms.