Pseudo phase diagram - Revision history

Apm: Category:Far term target

2026-03-29T17:11:14Z

← Older revision		Revision as of 19:11, 29 March 2026
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	'''Examples:'''		'''Examples:'''
	* [[titanosapphire]], [[dialondeite]], [[mechadensite]]		* [[titanosapphire]], [[dialondeite]], [[mechadensite]]

			[[Category:Far term target]]

Apm: /* Transition metal mono "nonmetallides" */

2025-09-27T14:49:33Z

Transition metal mono "nonmetallides"

← Older revision		Revision as of 16:49, 27 September 2025
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	Cu and Zn having more electronegativity and less metallic character leading to CuO and ZnO to being more covalent and nonmetallic in nature.		Cu and Zn having more electronegativity and less metallic character leading to CuO and ZnO to being more covalent and nonmetallic in nature.

	* (no ScO?) ... maybe too electropositive forming ionic covalent Sc<sub>2</sub>=<sub>3</sub>		* (no ScO?) ... maybe too electropositive forming ionic covalent Sc<sub>2</sub>O<sub>3</sub>
	* TiC, TiN, TiO		* TiC, TiN, TiO
	* VC, VN, VO ... (VN Uakitite [https://en.wikipedia.org/wiki/Uakitite])		* VC, VN, VO ... (VN Uakitite [https://en.wikipedia.org/wiki/Uakitite])

Apm: /* Related */

2025-09-27T14:48:57Z

← Older revision		Revision as of 16:48, 27 September 2025
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	* [[Neo-polymorph]]s		* [[Neo-polymorph]]s
	* [[Isostructural bending]]		* [[Isostructural bending]]
	* [[~~Classifications~~ for gemstone like compounds]]		* [[Classification dimensions for mechanosynthesized gemstone like compounds]]
	----		----
	'''Examples:'''		'''Examples:'''
	* [[titanosapphire]], [[dialondeite]], [[mechadensite]]		* [[titanosapphire]], [[dialondeite]], [[mechadensite]]

Apm: added link to neo-isotypes more fixes likely needed

2025-09-27T14:47:31Z

added link to neo-isotypes more fixes likely needed

← Older revision		Revision as of 16:47, 27 September 2025
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	'''Pseudo phase diagrams''' are phase diagrams for the visualisation of advanced [[mechanosynthesis\|mechanosynthesized]] materials. <br>		'''Pseudo phase diagrams''' are phase diagrams for the visualisation of advanced [[mechanosynthesis\|mechanosynthesized]] materials. <br>
	'''Pseudo phase diagrams map out spaces of [[neo-polymorphs]]'''~~. Isotype~~ islands of ~~structuretypes~~.		'''Pseudo phase diagrams map out spaces of [[neo-polymorphs]] neo-allotropes and [[neo-isotypes]]''' lattermost one connecting isotype islands of structure-types.

	Due to the very different character of mechanosynthesis compared to [[thermodynamic synthesis routes]] pseudo phase diagrams have a very different character than conventional phase diagrams and break many rules (which often are normally assumed to be unbreakable).		Due to the very different character of mechanosynthesis compared to [[thermodynamic synthesis routes]] pseudo phase diagrams have a very different character than conventional phase diagrams and break many rules (which often are normally assumed to be unbreakable).

Apm: /* Related / Neo-isotypes

2025-09-25T19:51:10Z

Related: * Neo-isotypes

← Older revision		Revision as of 21:51, 25 September 2025
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	== Related ==		== Related ==

			* [[Neo-isotype]]s
	* [[Neo-polymorph]]s		* [[Neo-polymorph]]s
	* [[Isostructural bending]]		* [[Isostructural bending]]

Apm: /* Related */ backlink to Classifications for gemstone like compounds

2025-09-23T05:22:48Z

Related: backlink to Classifications for gemstone like compounds

← Older revision		Revision as of 07:22, 23 September 2025
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	* [[Neo-polymorph]]s		* [[Neo-polymorph]]s
	* [[Isostructural bending]]		* [[Isostructural bending]]
			* [[Classifications for gemstone like compounds]]
	----		----
	'''Examples:'''		'''Examples:'''
	* [[titanosapphire]], [[dialondeite]], [[mechadensite]]		* [[titanosapphire]], [[dialondeite]], [[mechadensite]]

Apm at 09:05, 15 May 2025

2025-05-15T09:05:50Z

← Older revision		Revision as of 11:05, 15 May 2025
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	{{site specific term}}		{{site specific term}}
	{{~~todo~~\|~~add~~ image}}		{{wikitodo\|Add illustrative image. Find old pseudo phase diagram tetrahedron graphic mesh to put here.}}

	'''Pseudo phase diagrams''' are phase diagrams for the visualisation of advanced [[mechanosynthesis\|mechanosynthesized]] materials. <br>		'''Pseudo phase diagrams''' are phase diagrams for the visualisation of advanced [[mechanosynthesis\|mechanosynthesized]] materials. <br>

Apm: /* Related */ added links to examples

2025-05-09T15:14:50Z

Related: added links to examples

← Older revision		Revision as of 17:14, 9 May 2025
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	* [[Neo-polymorph]]s		* [[Neo-polymorph]]s
	* [[Isostructural bending]]		* [[Isostructural bending]]
			----
			'''Examples:'''
			* [[titanosapphire]], [[dialondeite]], [[mechadensite]]

Apm: tweaking intro

2021-04-25T09:49:14Z

tweaking intro

← Older revision		Revision as of 11:49, 25 April 2021
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	{{todo\|add image}}		{{todo\|add image}}

	'''Pseudo phase diagrams''' are phase diagrams for the visualisation of advanced [[mechanosynthesis\|mechanosynthesized]] materials.		'''Pseudo phase diagrams''' are phase diagrams for the visualisation of advanced [[mechanosynthesis\|mechanosynthesized]] materials. <br>
	~~They~~ map out spaces of of [[neo-polymorphs]].		'''Pseudo phase diagrams map out spaces of [[neo-polymorphs]]'''. Isotype islands of structuretypes.

	Due to the very different character of mechanosynthesis compared to [[thermodynamic synthesis routes]] pseudo phase diagrams have a very different character than conventional phase diagrams and break many rules (which often are normally assumed to be unbreakable).		Due to the very different character of mechanosynthesis compared to [[thermodynamic synthesis routes]] pseudo phase diagrams have a very different character than conventional phase diagrams and break many rules (which often are normally assumed to be unbreakable).

Apm: prefox -> prefix -- oops

2021-04-25T09:46:00Z

prefox -> prefix -- oops

← Older revision		Revision as of 11:46, 25 April 2021
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	Due to the very different character of mechanosynthesis compared to [[thermodynamic synthesis routes]] pseudo phase diagrams have a very different character than conventional phase diagrams and break many rules (which often are normally assumed to be unbreakable).		Due to the very different character of mechanosynthesis compared to [[thermodynamic synthesis routes]] pseudo phase diagrams have a very different character than conventional phase diagrams and break many rules (which often are normally assumed to be unbreakable).

	The "pseudo" ~~prefox~~ is added here since the structure of the material at a specific point in the diagram is not defined by the thermodynamic history of the material but by the way it was mechanosynthesized. There are lots of special positions in the diagram that arise due to the specific chosen crystal structure and checkerboard pattern.		The "pseudo" prefix is added here since the structure of the material at a specific point in the diagram is not defined by the thermodynamic history of the material but by the way it was mechanosynthesized. There are lots of special positions in the diagram that arise due to the specific chosen crystal structure and checkerboard pattern.

	== Differences between conventional and pseudo phase-diagrams ==		== Differences between conventional and pseudo phase-diagrams ==