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Filtering by: Creator Mustard, Thomas J. L. Decade 2010-2019

Computational Investigations of Transition Metal Catalyses and Amorphous Metal Oxides : Accelerating Scientific Discovery Through Automation

Creator:

Mustard, Thomas J. L.

Abstract:

Automation of computational chemistry, while only an engineering feat, has the potential to accelerating computational research be removing all by the science. The work in this thesis mainly discusses fundamental understanding of complex chemical systems. What is not obvious are the numerous tasks necessary for this fundamental understanding. Under the...

Resource Type:

Dissertation
Predicting Amorphous Metal Oxide Band Gaps: Rapid Band Gap Prediction of Amorphous Metal Oxides- 250 Stoichiometry Dataset

Creator:

Mustard, Thomas J. L.

Abstract:

We computed band gaps of amorphous oxides within the In-Ga-Zn triad. These included ZnO, Ga2O3, In2O3, Ga2ZnO4, Ga2Zn8O11, In2ZnO4, InGaZnO4, and InGaO3. Comparing the computed band gap to experimental measurements, the results were promising with a mean unsigned error of 0.28 eV and an unsigned standard deviation of 0.28 eV....

Resource Type:

Dataset
Catalyst selective and regiodivergent O- to C- or N-carboxyl transfer of pyrazolyl carbonates: synthetic and computational studies

Creator:

Gould, Eoin, Walden, Daniel M., Kasten, Kevin, Johnston, Ryne C., Wu, Jiufeng, Slawin, Alexandra M., Mustard, Thomas J. L., Johnston, Brittany, Davies, Tony, Cheong, Paul Ha-Yeon, and Smith, Andrew D.

Abstract:

The regiodivergent O- to C- or N-carboxyl transfer of pyrazolyl carbonates is described, with DMAP giving preferential N-carboxylation and triazolinylidenes promoting selective C-carboxylation (both with up to >99 : 1 regioselectivity). An enantioselective O- to C-carboxyl variant using NHC catalysis is demonstrated (up to 92% ee), while mechanistic and DFT studies outline...

Resource Type:

Article