Publication | Open Access
Impacts of oxo interactions within actinyl metal organic materials: highlight on thermal expansion behaviour
14
Citations
20
References
2018
Year
Thermal Expansion BehaviourEngineeringOxidation ResistanceOrganic ChemistryChemistryPhysical PropertiesRedox ChemistryMaterials ScienceMetallurgical InteractionMolecular MaterialPhysical ChemistryFunctional MaterialsOxo InteractionsOrganic Material ChemistryMaterial AnalysisPhysicochemical AnalysisOxo Functional GroupsMolecule-based MaterialChemical Thermodynamics
Physical properties of actinyl materials are influenced by the presence of oxo functional groups. Herein, we report large thermal expansion coefficients for a uranyl metal organic nanotube that switch from positive to negative upon dehydration. Different behaviour is observed in the neptunyl system due to variations in the oxo interactions.
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