Christopher Mallinson Email & Phone Number

University Of Surrey

Work involved the investigation of the behaviour of second phase particles in beryllium using scanning Kelvin probe force microscopy to acquire Volta potential and topographic data to assess their role in pitting corrosion. This work involved the extensive use of a Bruker Dimension edge system. I coordinated the introduction of remote access software.

University Of Surrey

My PhD was sponsored by the Atomic Weapons Establishment and focused on the investigation of chloride induced pitting corrosion of beryllium. This work made extensive use of the scanning electron microscope based techniques of energy dispersive x-ray spectroscopy and Auger electron spectroscopy to study the corrosion process at the micro and nanoscales. I.

Southampton, United Kingdom

Performed research focusing on the imaging of DNA-protein structures using AFM to examine the structure orientating effect of the DNA on the protein molecules. Tapping mode was utilised to acquire images of the soft biological specimens which were bound to a mica surface. This work introduced me to the stringent requirements of working in a clean room.

Southampton, United Kingdom

As part of a European Research grant I researched various metal nitrides and carbides as more corrosion-resistant electrode materials for use in Zinc-Air-Batteries. The project involved the use of inert atmosphere techniques, glove box protocol, tube furnaces and working with hydrogen at high temperatures.

Southampton, United Kingdom

Investigated the use of sol-gel chemistry and thin film metal nitride synthesis to produce macroporous materials capable of absorbing light in the visible region. This research involved the extensive use of inert atmosphere techniques including glove box, Schlenk lines and inert X-ray diffraction. I extended my experience in mass spectrometry, NMR and SEM.

Southampton, United Kingdom

Provided research support involving X-ray diffraction and inorganic synthesis for various crystalline samples. This work provided me with experience in the use of an X-ray diffractometer which I used unsupervised after initial training. Throughout this research project, I used crystal structure databases as well as 3D crystal visualisation software.

Doctor Of Philosophy (Phd), Materials Engineering

Master'S Degree, Chemistry, 2.1

Selection of modules taken: Sustainable Energy, Chemical Informatics, Electrochemistry Applications, Nanoscience Materials, Atmospheric.

Education record

A levels: Chemistry, Maths and Physics AS levels: Chemistry, Maths, Physics, Electronics and ICT