Journal of Chemical Education · 2013 · 13 citations · 9 references
Natural SciencesMaterials EngineeringMaterials ScienceCombustionMaterials ChemistryOptical MaterialsLuminescent MaterialsMicrowave MaterialsMicrowave-assisted SynthesisPowder ProcessingPowder TechnologyAtomic Fine StructureFluorescent MaterialsMicrowave-assisted Materials SynthesisPowder PreparationPowder Synthesis
Ruby (aluminum oxide doped with Cr) powders were synthesized using a assisted microwave combustion method in an approach developed to involve students in a research-like experiment. The synthesis is fast (5 min) and efficient. It demonstrates many properties of ruby such as atomic structure, color, and fluorescence as a function of increasing doping content.
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Beryllium Diffusion of Ruby and Sapphire
John L. Emmett, Kenneth Scarratt, Shane F. McClure et al. · Gems & Gemology · 2003 · 100 citations · Full text
Natural Sciences, Materials Engineering, Materials Science +12