Publication | Closed Access
Production of High Temperatures in the Chemical Laboratory: Examples of Application in Lanthanoid Oxo‐Chemistry
13
Citations
27
References
1981
Year
EngineeringOxidation ResistanceSolar FurnaceLaser ApplicationsLaser AblationSolid-state ChemistryChemistryChemical EngineeringPetrochemicalThermal CatalysisThermodynamicsThermoanalytical MethodInorganic ChemistryChemical LaboratoryHigh TemperaturesHigh Temperature MaterialsLaser PhotochemistryAbstract High‐temperature ReactionsLanthanoid Oxo‐chemistryChemical Kinetics
Abstract High‐temperature reactions have always been a fascinating although difficult field of experimentation for the chemist. In the case of solid‐state reactions the problems with apparatus increase exponentially with rising temperature, so that especially in this area of inorganic chemistry the modern techniques of producing high temperatures—from the solar furnace to the high‐power CO 2 laser—have yielded new and interesting possibilities, particularly in the field of metastable high‐temperature compounds.
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