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- Q2299464 subject Q7565754.
- Q2299464 subject Q8854245.
- Q2299464 abstract "Solvothermal synthesis is a method of producing chemical compounds. It is very similar to the hydrothermal route (where the synthesis is conducted in a stainless steel autoclave), the only difference being that the precursor solution is usually not aqueous (however, this is not always the case in all literature uses of the expression). Using the solvothermal route gains one the benefits of both the sol-gel and hydrothermal routes. Thus solvothermal synthesis allows for the precise control over the size, shape distribution, and crystallinity of metaloxide nanoparticles or nanostructures. These characteristics can be altered by changing certain experimental parameters, including reaction temperature, reaction time, solvent type, surfactant type, and precursor type.Solvothermal synthesis has been used in laboratory to make nanostructured titanium dioxide, graphene, carbon and other materials.".
- Q2299464 thumbnail Autoclave_01.svg?width=300.
- Q2299464 wikiPageWikiLink Q10861356.
- Q2299464 wikiPageWikiLink Q11173.
- Q2299464 wikiPageWikiLink Q169917.
- Q2299464 wikiPageWikiLink Q188223.
- Q2299464 wikiPageWikiLink Q48350.
- Q2299464 wikiPageWikiLink Q7565754.
- Q2299464 wikiPageWikiLink Q8854245.
- Q2299464 comment "Solvothermal synthesis is a method of producing chemical compounds. It is very similar to the hydrothermal route (where the synthesis is conducted in a stainless steel autoclave), the only difference being that the precursor solution is usually not aqueous (however, this is not always the case in all literature uses of the expression). Using the solvothermal route gains one the benefits of both the sol-gel and hydrothermal routes.".
- Q2299464 label "Solvothermal synthesis".
- Q2299464 depiction Autoclave_01.svg.