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Thermodynamic Investigation of the Hydrolysis Behavior of Fluorozirconate Complexes at 423.15–773.15 K and 100 MPa

Haibo Yan, Junjie He, Xiaowen Liu, Hongbo Wang, Junfeng Liu, Xing Ding

2020Journal of Solution Chemistry16 citationsDOI

Topics & Concepts

ChemistryHydrolysisHydrothermal circulationMetalKinetic energyAmmoniumPrecipitationKineticsHydrothermal synthesisCrystallographyStereochemistryPhysical chemistryNuclear chemistryInorganic chemistryAnalytical Chemistry (journal)ChromatographyChemical engineeringOrganic chemistryMeteorologyPhysicsQuantum mechanicsEngineeringRadioactive element chemistry and processingChemical Synthesis and CharacterizationExtraction and Separation Processes
Thermodynamic Investigation of the Hydrolysis Behavior of Fluorozirconate Complexes at 423.15–773.15 K and 100 MPa | Litcius