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- Flux_method abstract "Flux method is a method of crystal growth where the components of the desired substance are dissolved in a solvent (flux). The method is particularly suitable for crystals needing to be free from thermal strain. It takes place in a crucible made of highly stable, non-reactive material. For production of oxide crystals, metals such as platinum, tantalum, and niobium are common. Production of metallic crystals generally uses crucibles made from ceramics such as alumina, zirconia, and boron nitride. The crucibles and their contents are often isolated from the air for reaction, either by sealing them in a quartz ampoule or by using a furnace with atmosphere control. A saturated solution is prepared by keeping the constituents of the desired crystal and the flux at a temperature slightly above the saturation temperature long enough to form a complete solution. Then the crucible is cooled in order to allow the desired material to precipitate. Crystal formation can begin by spontaneous nucleation or may be encouraged by the use of a seed. As material precipitates out of the solution, the amount of solute in the flux decreases and the temperature at which the solution is saturated lowers. This process repeats itself as the furnace continues to cool until the solution reaches its melting point or the reaction is stopped artificially.One advantage of this method is that the crystals grown often display natural facets, which often makes preparing crystals for measurement significantly easier. A disadvantage is that most flux method syntheses produce relatively small crystals. However, some materials such as the \"115\" heavy fermion superconductors (CeXIn5, X=Co,Ir,Rh) may grow up to a few centimeters.".
- Flux_method wikiPageExternalLink IJPAP%2047(5)%20356-361.pdf.
- Flux_method wikiPageExternalLink Sefat1.pdf.
- Flux_method wikiPageExternalLink growth_paper_two_pdf_16925.PDF.
- Flux_method wikiPageID "8472042".
- Flux_method wikiPageLength "2529".
- Flux_method wikiPageOutDegree "21".
- Flux_method wikiPageRevisionID "637883383".
- Flux_method wikiPageWikiLink Aluminium_oxide.
- Flux_method wikiPageWikiLink Boron_nitride.
- Flux_method wikiPageWikiLink Category:Crystallography.
- Flux_method wikiPageWikiLink Chemical_vapor_deposition.
- Flux_method wikiPageWikiLink Crucible.
- Flux_method wikiPageWikiLink Crystal_growth.
- Flux_method wikiPageWikiLink Crystallography.
- Flux_method wikiPageWikiLink Czochralski_process.
- Flux_method wikiPageWikiLink Epitaxy.
- Flux_method wikiPageWikiLink Flux_(metallurgy).
- Flux_method wikiPageWikiLink Heavy_fermion_superconductor.
- Flux_method wikiPageWikiLink Hydrothermal_synthesis.
- Flux_method wikiPageWikiLink Micro-pulling-down.
- Flux_method wikiPageWikiLink Niobium.
- Flux_method wikiPageWikiLink Platinum.
- Flux_method wikiPageWikiLink Seed_crystal.
- Flux_method wikiPageWikiLink Solvent.
- Flux_method wikiPageWikiLink Tantalum.
- Flux_method wikiPageWikiLink Verneuil_process.
- Flux_method wikiPageWikiLink Zirconium_dioxide.
- Flux_method wikiPageWikiLinkText "Flux method".
- Flux_method wikiPageWikiLinkText "flux grown".
- Flux_method wikiPageWikiLinkText "flux method".
- Flux_method wikiPageUsesTemplate Template:Unreferenced.
- Flux_method subject Category:Crystallography.
- Flux_method hypernym Method.
- Flux_method type Software.
- Flux_method type Biophysic.
- Flux_method type Physic.
- Flux_method comment "Flux method is a method of crystal growth where the components of the desired substance are dissolved in a solvent (flux). The method is particularly suitable for crystals needing to be free from thermal strain. It takes place in a crucible made of highly stable, non-reactive material. For production of oxide crystals, metals such as platinum, tantalum, and niobium are common.".
- Flux_method label "Flux method".
- Flux_method sameAs Q6502689.
- Flux_method sameAs 플럭스_방법.
- Flux_method sameAs m.0274q12.
- Flux_method sameAs Q6502689.
- Flux_method wasDerivedFrom Flux_method?oldid=637883383.
- Flux_method isPrimaryTopicOf Flux_method.