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Engineering the Two-Dimensional Hole Gas on Hydrogen-Terminated Diamond by Transition Metal Oxides Towards Diamond Surface Electronics

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thesis
posted on 30.10.2020, 03:07 by Kaijian Xing

Submitted in total fulfilment of the requirement for the degree of Doctor of Philosophy to the Department of Chemistry and Physics, School of Molecular Sciences, College of Science, Health and Engineering, La Trobe University, Victoria, Australia.


This thesis was a recipient of the Nancy Millis Award for theses of exceptional merit.


History

School

  • School of Molecular Sciences

Center or Department

Department of Chemistry and Physics

Thesis type

Ph. D.

Awarding Institution

La Trobe University

Year Awarded

2020

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This thesis contains third party copyright material which has been reproduced here with permission. Any further use requires permission of the copyright owner. The thesis author retains all proprietary rights (such as copyright and patent rights) over all other content of this thesis, and has granted La Trobe University permission to reproduce and communicate this version of the thesis. The author has declared that any third party copyright material contained within the thesis made available here is reproduced and communicated with permission. If you believe that any material has been made available without permission of the copyright owner please contact us with the details.

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Keywords

thesisdiamondsurface conductivitsurface transfer dopingDFTdensity functional theorymolybdenum trioxidevanadium pentoxideOhmic contacthydrogen-terminated diamondpalladiumtransmission line methodSchottky barrier heightspin-orbit interactionRashba effectquantum coherent backscattering2DHG2D hole gas

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