Mechanosynthetic water splitting: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
added two use cases and made a list from them |
||
| Line 2: | Line 2: | ||
[[File:Water_molecule_3D.svg.png|thumb|CPK model of a water molecule]] | [[File:Water_molecule_3D.svg.png|thumb|CPK model of a water molecule]] | ||
= Use cases = | |||
'''Todo:''' How | |||
* Gaining hydrogen for the hydrogenation of carbon after [[mechanosynthetic carbon dioxide splitting]] | |||
* Splitting into dioxygen and dihydrogen and storage in high pressure microcapsules for energy storage | |||
* gaining oxygen when the hydrogen is needed too (seldom case) otherwise [[mechanosynthetic splitting of dioxygen|mechanosynthetic splitting of atmospheric dioxigen]] is a better choice | |||
'''Todo:''' How does the basic diamondoid [[mechanosynthesis]] toolset (consisting of nine tools) need to be extended to be able to reversibly rip H<sub>2</sub>O apart? | |||
[[Category:Technology level III]] | [[Category:Technology level III]] | ||
[[Category:Mechanosynthesis]] | [[Category:Mechanosynthesis]] | ||
Revision as of 05:30, 29 March 2015
Use cases
- Gaining hydrogen for the hydrogenation of carbon after mechanosynthetic carbon dioxide splitting
- Splitting into dioxygen and dihydrogen and storage in high pressure microcapsules for energy storage
- gaining oxygen when the hydrogen is needed too (seldom case) otherwise mechanosynthetic splitting of atmospheric dioxigen is a better choice
Todo: How does the basic diamondoid mechanosynthesis toolset (consisting of nine tools) need to be extended to be able to reversibly rip H2O apart?