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Decomposition studies of group 6 hexacarbonyl complexes. Part 1: Production and decomposition of Mo(CO)6 and W(CO)6

2015

Abstract Chemical studies of superheavy elements require fast and efficient techniques, due to short half-lives and low production rates of the investigated nuclides. Here, we advocate for using a tubular flow reactor for assessing the thermal stability of the Sg carbonyl complex – Sg(CO)6. The experimental setup was tested with Mo and W carbonyl complexes, as their properties are established and supported by theoretical predictions. The suggested approach proved to be effective in discriminating between the thermal stabilities of Mo(CO)6 and W(CO)6. Therefore, an experimental verification of the predicted Sg–CO bond dissociation energy seems to be feasible by applying this technique. By in…

Inorganic chemistryMetal carbonyl02 engineering and technology010402 general chemistry01 natural sciences7. Clean energythermal stability540 ChemistryseaborgiumThermal stabilityNuclideGas compositionPhysical and Theoretical Chemistrycarbonyl complexegroup 6ChemistrytransactinideTransition metals021001 nanoscience & nanotechnologyDecompositionBond-dissociation energy0104 chemical sciencesVolumetric flow rateYield (chemistry)570 Life sciences; biologyPhysical chemistry0210 nano-technology
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