Diamondoid - Revision history

Apm: /* Examples of diamondoid materials */ fixed bromellite and made it a link

2024-02-16T09:55:22Z

Examples of diamondoid materials: fixed bromellite and made it a link

← Older revision		Revision as of 11:55, 16 February 2024
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	Pseudo diamondoid (linear oxygen bridges):		Pseudo diamondoid (linear oxygen bridges):
	* Goup II-VI compound [[hexagonal zinc oxide]] i.e. zincite - TO CHECK		* Goup II-VI compound [[hexagonal zinc oxide]] i.e. zincite - TO CHECK
	* ~~Brommelite~~ BeO (beryllium is rare)		* [[Bromellite]] BeO (beryllium is rare)

	== Crystallographic faces ==		== Crystallographic faces ==

Apm: /* External links */ added weblink to cuprite

2023-08-15T10:54:52Z

External links: added weblink to cuprite

← Older revision		Revision as of 12:54, 15 August 2023
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	----		----
	* [https://en.wikipedia.org/wiki/Miller_index Miller index]		* [https://en.wikipedia.org/wiki/Miller_index Miller index]
			----
			* Odd one: [https://www.mineralienatlas.de/lexikon/index.php/MineralData?mineral=Cuprite Cuprite] Cu<sub>2</sub>O – A four copper atom tetrahedron with a single oxygen atom inside is linked via straight line oxygen bridges to other such tetraherda. <br>This gem is transparent despite being two thirds metal.

Apm: /* Alternate material classes of interest */

2023-08-15T10:47:56Z

Alternate material classes of interest

← Older revision		Revision as of 12:47, 15 August 2023
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	There are other material classes of interest too though. <br>		There are other material classes of interest too though. <br>
	* the unusually rich world of high performance [[titanium]] based gemstones		* the unusually rich world of high performance [[titanium]] based gemstones (today seen as ceramics)
	* ultrahard ambient condition metastable high pressure modifications <br>like e.g. [[stishovite]] and [[mechadensite]] (an ultrahard titanium stabilized quartz polymorph)		* ultrahard ambient condition metastable high pressure modifications <br>like e.g. [[stishovite]] and [[mechadensite]] (an ultrahard titanium stabilized quartz polymorph)
	* some oxoaxid salts especially silicates and phosphates as these are hardest and least water soluble (parts can be sealed tough)		* some oxoaxid salts especially silicates and phosphates as these are hardest and least water soluble (parts can be sealed tough)

Apm: /* Alternate material classes of interest */ correction on the transition metal monoxides

2023-08-15T10:47:16Z

Alternate material classes of interest: correction on the transition metal monoxides

← Older revision		Revision as of 12:47, 15 August 2023
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	There are other material classes of interest too though. <br>		There are other material classes of interest too though. <br>
	* the unusually rich world of high performance [[titanium]] based gemstones		* the unusually rich world of high performance [[titanium]] based gemstones
	* various transition metal monoxides today used as high performance ceramics
	* ultrahard ambient condition metastable high pressure modifications <br>like e.g. [[stishovite]] and [[mechadensite]] (an ultrahard titanium stabilized quartz polymorph)		* ultrahard ambient condition metastable high pressure modifications <br>like e.g. [[stishovite]] and [[mechadensite]] (an ultrahard titanium stabilized quartz polymorph)
	* some oxoaxid salts especially silicates and phosphates as these are hardest and least water soluble (parts can be sealed tough)		* some oxoaxid salts especially silicates and phosphates as these are hardest and least water soluble (parts can be sealed tough)
	* intentionally watersoluble stuff for degradability like [[periclase]]		* various transition metal monoxides today in super simple rock salt structure (~ Mohs 5)
			* intentionally watersoluble stuff for degradability like [[periclase]] and many other
	* Many more. '''For a candidate list see: [[Base materials with high potential]]'''		* Many more. '''For a candidate list see: [[Base materials with high potential]]'''

Apm: /* Alternate material classes of interest */ bold

2023-08-15T10:17:28Z

Alternate material classes of interest: bold

← Older revision		Revision as of 12:17, 15 August 2023
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	To refer to the more general class of gemstones use may use the pattern "gemstone based XY" or "gem based XY" for short. <br>		To refer to the more general class of gemstones use may use the pattern "gemstone based XY" or "gem based XY" for short. <br>
	E.g: "gemstone based [[APM]]" (instead of [[gem-gum-tec]] which also emphasizes importance of [[mechanical metamaterial]]s).		E.g: '''"gemstone based [[APM]]"''' (instead of [[gem-gum-tec]] which also emphasizes importance of [[mechanical metamaterial]]s).

	== Examples of diamondoid materials ==		== Examples of diamondoid materials ==

Apm: /* Alternate material classes of interest */ reordering

2023-08-15T10:17:07Z

Alternate material classes of interest: reordering

← Older revision		Revision as of 12:17, 15 August 2023
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	== Alternate material classes of interest ==		== Alternate material classes of interest ==

	~~To refer to the more general class of gemstones use may use the pattern "gemstone based XY" or "gem based XY" for short. <br>~~
	~~E.g: "gemstone based [[APM]]" (instead of [[gem-gum-tec]] which also emphasizes importance of [[mechanical metamaterial]]s).~~

	There are other material classes of interest too though. <br>		There are other material classes of interest too though. <br>
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	* intentionally watersoluble stuff for degradability like [[periclase]]		* intentionally watersoluble stuff for degradability like [[periclase]]
	* Many more. '''For a candidate list see: [[Base materials with high potential]]'''		* Many more. '''For a candidate list see: [[Base materials with high potential]]'''

			To refer to the more general class of gemstones use may use the pattern "gemstone based XY" or "gem based XY" for short. <br>
			E.g: "gemstone based [[APM]]" (instead of [[gem-gum-tec]] which also emphasizes importance of [[mechanical metamaterial]]s).

	== Examples of diamondoid materials ==		== Examples of diamondoid materials ==

Apm: /* Alternate material classes of interest */

2023-08-15T10:16:31Z

Alternate material classes of interest

← Older revision		Revision as of 12:16, 15 August 2023
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	== Alternate material classes of interest ==		== Alternate material classes of interest ==

	To refer to the more general class of gemstones use may use the pattern ~~<br>~~		To refer to the more general class of gemstones use may use the pattern "gemstone based XY" or "gem based XY" for short. <br>
	"gemstone based XY" or "gem based XY" for short. <br>
	E.g: "gemstone based [[APM]]" (instead of [[gem-gum-tec]] which also emphasizes importance of [[mechanical metamaterial]]s).		E.g: "gemstone based [[APM]]" (instead of [[gem-gum-tec]] which also emphasizes importance of [[mechanical metamaterial]]s).

Apm: /* Alternate material classes of interest */

2023-08-15T10:16:16Z

Alternate material classes of interest

← Older revision		Revision as of 12:16, 15 August 2023
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	To refer to the more general class of gemstones use may use the pattern <br>		To refer to the more general class of gemstones use may use the pattern <br>
	"gemstone based XY" or "gem based XY" for short.		"gemstone based XY" or "gem based XY" for short. <br>
			E.g: "gemstone based [[APM]]" (instead of [[gem-gum-tec]] which also emphasizes importance of [[mechanical metamaterial]]s).

	There are other material classes of interest too though. <br>		There are other material classes of interest too though. <br>

Apm: added notes on terminology

2023-08-15T10:13:15Z

added notes on terminology

← Older revision		Revision as of 12:13, 15 August 2023
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	* very hard with their bonds behaving covalently like in a construction kit (see: [[Limits of construction kit analogy]])		* very hard with their bonds behaving covalently like in a construction kit (see: [[Limits of construction kit analogy]])
	* easily passivatable to make bearing surfaces that do not fuse together on contact (as all of hydrocarbons in organic chemistry)		* easily passivatable to make bearing surfaces that do not fuse together on contact (as all of hydrocarbons in organic chemistry)

			If you want to be especially specific about the material class being diamondoid <br>
			then you may use the term [[diamond like compound]] or "diamond-like XY".

	== Alternate material classes of interest ==		== Alternate material classes of interest ==

			To refer to the more general class of gemstones use may use the pattern <br>
			"gemstone based XY" or "gem based XY" for short.

	There are other material classes of interest too though. <br>		There are other material classes of interest too though. <br>

Apm: ditched the disambiguation section as diamondoid should not be used for the more general class of gemstones in general

2023-08-15T10:07:57Z

ditched the disambiguation section as diamondoid should not be used for the more general class of gemstones in general

← Older revision		Revision as of 12:07, 15 August 2023
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	== Related ==		== Related ==

	* [[Base materials with high potential]]
	* [[Miller indices]]		* [[Miller indices]]
	* [[Dislocations]]		* [[Dislocations]]
			----
	* [[Limits of construction kit analogy]]		* [[Limits of construction kit analogy]]
			----
			* [[Base materials with high potential]]
			* [[Gemstone like compounds]] (or [[gemoid compounds]]) in general. This usage of "diamondoid" will be (starting now 2021-06) avoided in this wiki in favor of "gemstone-like" or "gemoid".
			----
			'''More a list of diamondoid compounds here:'''
			* [[Diamond like compounds]] (or [[diamondoid compounds]]). Compounds with a crystal structure similar to cubic [[diamond]] and hexagonal diamond aka [[lonsdaleite]].

	== External links ==		== External links ==
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	----		----
	* [https://en.wikipedia.org/wiki/Miller_index Miller index]		* [https://en.wikipedia.org/wiki/Miller_index Miller index]

	~~== Disambiguation ==~~

	~~Diamondoid may refer to:~~
	* [[Gemstone like compounds]] (or [[gemoid compounds]]) in general. This usage of "diamondoid" will be (starting now 2021-06) avoided in this wiki in favor of "gemstone-like" or "gemoid".
	* [[Diamond like compounds]] (or [[diamondoid compounds]]). Compounds with a crystal structure similar to cubic [[diamond]] and hexagonal diamond aka [[lonsdaleite]].