Next generation adduct purification techniques for low oxygen content metal alkyls
Source abstract
Abstract
A new synthesis and adduct purification route has been developed for Group III metal alkyls which avoids the use of ether solvents. The R3M compound is synthesized in a trialkylamine solvent such as NEt3 which leads to adducts of the type R3Ga(NEt3). The NEt3 ligand can be displaced by the addition of involatile tertiary amines (L) containing 2, 4, or 6 nitrogen donor sites to give adducts of the type (R3Ga)xL(x=2,4,6), from which base free R3Ga compounds are obtained by mild thermal dissociation. The synthesis, characterization and thermal dissociation of these adducts is described and brief growth data are given for AlGaAs films grown by CBE using triisopropyl gallium prepared by this new route
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Research context
OpenAlex topics: Semiconductor materials and devices · Molecular Junctions and Nanostructures · Semiconductor Quantum Structures and Devices
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