Advanced Characterisation of Materials by Nuclear Magnetic Resonance

Grant number: LE110100097 | Funding period: 2011 - 2012

Completed

Abstract

Advanced characterisation of materials by nuclear magnetic resonance will support a broad range of research possibilities for development of advanced materials for medical, industrial and environmental applications. Details of molecular structure and mobility will be uncovered which will provide guidance for making improvements to new and existing materials.

Related publications (4)

Electronic and Steric Effects on the Reactivity of Seleniranium Ions with Alkenes in the Gas Phase

SC Brydon, C Thomson, RAJ O’Hair, JM White

2023-07-21

Gas phase ion-molecule reactions between seleniranium ions, R-c-SeCH<inf>2</inf>CH<inf>2</inf><sup>+</sup>, and cis-cyclooctene we..

An approach to assessing the contribution of the high LET effect in strategies for Auger endoradiotherapy

Pavel Lobachevsky, Colin Skene, Laura Munforte, Andrea Smith, Jonathan White, Roger F Martin

2023-01-02

Purpose: The interest in exploiting Auger emitters in cancer therapy stems from their high linear energy transfer (LET)-type radia..

Hyperconjugation involving strained carbon-carbon bonds. Structural analysis of ester and ether derivatives and one-bond 13C- 13C coupling constants of α- And β-nopinol

SD Yeoh, CE Skene, JM White

2013-01-18

σ<inf>C-C</inf>-σ*<inf>C-O</inf> interactions involving the strained carbon-carbon bonds of α- and β-nopinol, and their ester and ..

Structure correlation study of the beckmann rearrangement: X-ray structural analysis and 13C- 13C 1-bond coupling constant study of a range of cyclohexanone oxime derivatives

SD Yeoh, BL Harris, TJ Simons, JM White

2012-08-17

The X-ray structures of a range of oxime derivatives (1 and 4), of cyclohexanone and 4-tert-butylcyclohexanone, where the electron..

University of Melbourne Researchers