Chemical element - Revision history

Apm: /* Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements] */ added link to page on germanium

2025-05-11T16:50:25Z

Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements]: added link to page on germanium

← Older revision		Revision as of 18:50, 11 May 2025
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	* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]		* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]
	* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)		* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)
	* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) (Ge) (As) (Se) (Br) (Kr)		* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) ([[Germanium\|Ge]]) (As) (Se) (Br) (Kr)
	* [[Rubidium\|Rb]] [[Strontium\|Sr]] ([[Yttrium\|Y]]) [[Zirconium\|Zr]] ([[Niob\|Nb]]) ([[Molybdenum\|Mo]])... (In) [[Tin\|Sn]] (Sb) ((Te)) (I) (Xe)		* [[Rubidium\|Rb]] [[Strontium\|Sr]] ([[Yttrium\|Y]]) [[Zirconium\|Zr]] ([[Niob\|Nb]]) ([[Molybdenum\|Mo]])... (In) [[Tin\|Sn]] (Sb) ((Te)) (I) (Xe)
	* [[Caesium\|Cs]] [[Barium\|Ba]] ([[Lanthan\|La]]) ([[Cer\|Ce]]) ... (Hf) (Ta) (W) ... (Hg) (Tl) [[Lead\|Pb]] (Bi) ...		* [[Caesium\|Cs]] [[Barium\|Ba]] ([[Lanthan\|La]]) ([[Cer\|Ce]]) ... (Hf) (Ta) (W) ... (Hg) (Tl) [[Lead\|Pb]] (Bi) ...

Apm: /* Related */ added link to

2024-11-11T17:02:01Z

Related: added link to

← Older revision		Revision as of 19:02, 11 November 2024
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	* [[Periodic table of elements]]		* [[Periodic table of elements]]
	* [[Abundant elements]]		* [[Abundant elements]]
			----
			* Combining abundant chemical elements to [[base materials with high potential]]

	[[Category:Chemical element]]		[[Category:Chemical element]]

Apm: /* Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements] */ added links to hydrogen and helium

2021-06-13T20:11:23Z

Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements]: added links to hydrogen and helium

← Older revision		Revision as of 22:11, 13 June 2021
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	<font face="monospace">		<font face="monospace">
	* H He -- Helium is scarce on Earth but abundant in space		* [[Hydrogen\|H]] [[Helium\|He]] -- Helium is scarce on Earth but abundant in space
	* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]		* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]
	* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)		* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)

Apm: /* Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements] */ added now existing page about (Mo)

2021-06-13T19:55:14Z

Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements]: added now existing page about (Mo)

← Older revision		Revision as of 21:55, 13 June 2021
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	* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)		* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)
	* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) (Ge) (As) (Se) (Br) (Kr)		* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) (Ge) (As) (Se) (Br) (Kr)
	* [[Rubidium\|Rb]] [[Strontium\|Sr]] ([[Yttrium\|Y]]) [[Zirconium\|Zr]] ([[Niob\|Nb]]) ... (In) [[Tin\|Sn]] (Sb) ((Te)) (I) (Xe)		* [[Rubidium\|Rb]] [[Strontium\|Sr]] ([[Yttrium\|Y]]) [[Zirconium\|Zr]] ([[Niob\|Nb]]) ([[Molybdenum\|Mo]])... (In) [[Tin\|Sn]] (Sb) ((Te)) (I) (Xe)
	* [[Caesium\|Cs]] [[Barium\|Ba]] ([[Lanthan\|La]]) ([[Cer\|Ce]]) ... (Hf) (Ta) (W) ... (Hg) (Tl) [[Lead\|Pb]] (Bi) ...		* [[Caesium\|Cs]] [[Barium\|Ba]] ([[Lanthan\|La]]) ([[Cer\|Ce]]) ... (Hf) (Ta) (W) ... (Hg) (Tl) [[Lead\|Pb]] (Bi) ...
	* ... [[Thorium\|Th]] (Pa) [[Uranium\|U]] (Np) [[Plutonium\|Pu]] ...		* ... [[Thorium\|Th]] (Pa) [[Uranium\|U]] (Np) [[Plutonium\|Pu]] ...

Apm: /* Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements] */

2021-05-29T20:20:27Z

Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements]

← Older revision		Revision as of 22:20, 29 May 2021
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	<font face="monospace">		<font face="monospace">
	* H He -- Helium is scarce on ~~earth~~ but abundant in space		* H He -- Helium is scarce on Earth but abundant in space
	* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]		* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]
	* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)		* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)

Apm: /* Metals */ titel of yet unwritten page more general

2017-08-22T15:58:36Z

Metals: titel of yet unwritten page more general

← Older revision		Revision as of 17:58, 22 August 2017
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	For existing examples how metals atoms can be integrated such that bonds stay sufficiently covalent in character one can look into:		For existing examples how metals atoms can be integrated such that bonds stay sufficiently covalent in character one can look into:
	* Gemstones (See: [[Gemstone like compound]])		* Gemstones (See: [[Gemstone like compound]])
	* [[~~Chelate~~ complex]]es		* [[Metal complex]]es

	== Special seldom elements ==		== Special seldom elements ==

Apm: added small section on metals

2017-08-22T15:14:12Z

added small section on metals

← Older revision		Revision as of 17:14, 22 August 2017
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	* ... [[Thorium\|Th]] (Pa) [[Uranium\|U]] (Np) [[Plutonium\|Pu]] ...		* ... [[Thorium\|Th]] (Pa) [[Uranium\|U]] (Np) [[Plutonium\|Pu]] ...
	</font>		</font>

			== Metals ==

			Metals in pure or alloyed form can be [[Unsuitability of metals\|problematic for use]] in [[gem-gum factory\|advanced productive nanosystems]].<br>
			For existing examples how metals atoms can be integrated such that bonds stay sufficiently covalent in character one can look into:
			* Gemstones (See: [[Gemstone like compound]])
			* [[Chelate complex]]es

	== Special seldom elements ==		== Special seldom elements ==

Apm at 14:21, 21 August 2017

2017-08-21T14:21:56Z

← Older revision		Revision as of 16:21, 21 August 2017
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	This page is about the possible usage of elements in advanced atomically precise technology.		This page is about the possible usage of elements in advanced atomically precise technology.
	Predominantly in the context of usage as structural building material in compounded form to various nonmetals forming gemstones.		Predominantly in the context of usage as structural building material in compounded form to various nonmetals forming gemstones.
	If you seek the general definition for what a chemical element is please consult ~~wikipedia~~.		If you seek the general definition for what a chemical element is please consult Wikipedia or other sources.

	== Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements] ==		== Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements] ==

Apm: /* Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements] */ spelling

2017-08-14T12:09:18Z

Abundant elements [https://en.wikipedia.org/wiki/Abundance_of_the_chemical_elements]: spelling

← Older revision		Revision as of 14:09, 14 August 2017
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	<font face="monospace">		<font face="monospace">
	* H He -- Helium is scarce on earth but abundant in space		* H He -- Helium is scarce on earth but abundant in space
	* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[~~Nitrigen~~\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]		* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]
	* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)		* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)
	* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) (Ge) (As) (Se) (Br) (Kr)		* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) (Ge) (As) (Se) (Br) (Kr)

Apm: /* Related / added link to Abundant elements

2016-12-07T14:54:02Z

Related: * added link to Abundant elements

← Older revision		Revision as of 16:54, 7 December 2016
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	* [[Periodic table of elements]]		* [[Periodic table of elements]]
			* [[Abundant elements]]

	[[Category:Chemical element]]		[[Category:Chemical element]]

← Older revision		Revision as of 18:50, 11 May 2025
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	* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]		* Li ([[Beryllium\|Be]]) [[Boron\|B]] [[carbon\|C]] [[Nitrogen\|N]] [[Oxygen\|O]] [[Fluorine\|F]] [[Argon\|Ar]]
	* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)		* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)
	* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) (Ge) (As) (Se) (Br) (Kr)		* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) ([[Germanium\|Ge]]) (As) (Se) (Br) (Kr)
	* [[Rubidium\|Rb]] [[Strontium\|Sr]] ([[Yttrium\|Y]]) [[Zirconium\|Zr]] ([[Niob\|Nb]]) ([[Molybdenum\|Mo]])... (In) [[Tin\|Sn]] (Sb) ((Te)) (I) (Xe)		* [[Rubidium\|Rb]] [[Strontium\|Sr]] ([[Yttrium\|Y]]) [[Zirconium\|Zr]] ([[Niob\|Nb]]) ([[Molybdenum\|Mo]])... (In) [[Tin\|Sn]] (Sb) ((Te)) (I) (Xe)
	* [[Caesium\|Cs]] [[Barium\|Ba]] ([[Lanthan\|La]]) ([[Cer\|Ce]]) ... (Hf) (Ta) (W) ... (Hg) (Tl) [[Lead\|Pb]] (Bi) ...		* [[Caesium\|Cs]] [[Barium\|Ba]] ([[Lanthan\|La]]) ([[Cer\|Ce]]) ... (Hf) (Ta) (W) ... (Hg) (Tl) [[Lead\|Pb]] (Bi) ...

← Older revision		Revision as of 21:55, 13 June 2021
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	* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)		* [[Sodium\|Na]] [[Magnesium\|Mg]] [[Aluminium\|Al]] [[Silicon\|Si]] [[Phosphorus\|P]] [[Sulfur\|S]] [[Chlorine\|Cl]] (Ne)
	* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) (Ge) (As) (Se) (Br) (Kr)		* [[Potassium\|K]] [[Calcium\|Ca]] ([[Scandium\|Sc]]) [[Titanium\|Ti]] ([[vanadium\|V]]) ([[Chromium\|Cr]]) [[manganese\|Mn]] [[Iron\|Fe]] ([[Cobalt\|Co]]) [[Nickel\|Ni]] [[Copper\|Cu]] [[Zinc\|Zn]] ([[Gallium\|Ga]]) (Ge) (As) (Se) (Br) (Kr)
	* [[Rubidium\|Rb]] [[Strontium\|Sr]] ([[Yttrium\|Y]]) [[Zirconium\|Zr]] ([[Niob\|Nb]]) ... (In) [[Tin\|Sn]] (Sb) ((Te)) (I) (Xe)		* [[Rubidium\|Rb]] [[Strontium\|Sr]] ([[Yttrium\|Y]]) [[Zirconium\|Zr]] ([[Niob\|Nb]]) ([[Molybdenum\|Mo]])... (In) [[Tin\|Sn]] (Sb) ((Te)) (I) (Xe)
	* [[Caesium\|Cs]] [[Barium\|Ba]] ([[Lanthan\|La]]) ([[Cer\|Ce]]) ... (Hf) (Ta) (W) ... (Hg) (Tl) [[Lead\|Pb]] (Bi) ...		* [[Caesium\|Cs]] [[Barium\|Ba]] ([[Lanthan\|La]]) ([[Cer\|Ce]]) ... (Hf) (Ta) (W) ... (Hg) (Tl) [[Lead\|Pb]] (Bi) ...
	* ... [[Thorium\|Th]] (Pa) [[Uranium\|U]] (Np) [[Plutonium\|Pu]] ...		* ... [[Thorium\|Th]] (Pa) [[Uranium\|U]] (Np) [[Plutonium\|Pu]] ...