Dr Philip Martin
CChem, MRSC, CPhys, MInstP

Portrait  
Senior Lecturer
Tel: +44 (0)161 306 5779
E-Mail: Philip.Martin@manchester.ac.uk

Recent Publications
 

Roles:
Director of Postgraduate Taught Programmes

Profile
Philip Martin joined the Department in 2002 after being in a Reader in The Department of Chemical and Biological Sciences at the University of Huddersfield.

His main research interests are in the gas or plasma phase of chemical processes. The main thrust is the research and development of in situ, non-invasive optical techniques to extract process information such as chemical species concentrations, temperature, pressure and mass flows.The research is directed towards specific application areas such as combustion systems, plasma processing, chemical vapour deposition, heterogeneous catalysis and environmental stack monitoring.

One specific technique developed is based on novel diode Laser sensors giving rapid, high sensitivity and high specificity which can be combined with fibre optics for remote access. Optical integration into the process is also a major part of the research as well as chemical and spectroscopic modelling. Current research is involved in extending these optical techniques to industrial process tomography in collaboration with the Department of Electrical and Electronic Engineering.

Current Projects
Advanced sensors in manufacturing
Technological plasma optical diagnostics
Industrial process tomography
High temperature spectroscopy
Cavity-enhanced absorption spectroscopy

Recent
Publications

"Near-infrared diode laser spectroscopy for chemical process and environmental air monitoring". P.A.Martin, Chemical Society Reviews, 31, 201-210, 2002

"In situ monitoring for Glass Coating production by infra red sensors", V.Hopfe, D.W.Sheel, W.Graehlert, CIMA Spee, R.Tell, P.A.Martin, M.Pemble, A Beil, U. Vogt, R.Weiss, , Thin Solid Films, 442, 60 -65, 2003

"Quantitative Analysis of the In Situ FTIR Absorption and Emission Spectrum of Gas Phase SiO (v = 1 and 2) Produced in Si-N-O Fibre Growth", P.A.Martin, R.Daum, A.Beil, W.Graehlert, M.Leparoux, V.Hopfe, U.Vogt, A.Vital, , Applied Spectroscopy, 58 (4), 2004

"Near-Infrared Tunable Diode Laser Spectrometer for the Remote Sensing of Vehicle Emissions", Y. Gérard, R.J. Holdsworth , S.Barrass and P.A. Martin, Spectrochimica Acta, 60, 335, 2004

“High resolution infrared spectroscopy for in situ industrial process monitoring”, PA Martin and RJ Holdsworth, Spectroscopy Europe, 16, 8, 2004

“Phase-shift cavity enhanced absorption detector of nitrogen dioxide”, V.Kasyutich, P Martin, R Holdsworth, Measurement Science and Technology, 17 (2006) 923-931

“An off-axis cavity-enhanced absorption spectrometer at 1605 nm for the 12CO2/13CO2 measurement”, V.Kasyutich, P Martin, R Holdsworth, Applied Physics B, 85 (2006) 413-420

“Effect of broadband amplified spontaneous emission on absorption measurements in phase-shift off-axis cavity enhanced absorption spectroscopy”, V.Kasyutich, P Martin, R Holdsworth, Chemical Physics Letters, 430 (2006) 429 – 434

“Multipass optical cell based on two cylindrical mirrors for tunable diode laser absorption spectroscopy”, V.Kasyutich, P Martin, Applied Physics B, accepted Feb 2007

“Multispecies monitoring of a static internal combustion engine by NIR diode laser sensors”, Y. Gérard, R.J. Holdsworth and P.A.Martin, Applied Optics, accepted March 07

“Simultaneous, multipoint detection of HF and HCl by diode laser spectroscopy in an atmospheric pressure chemical vapour deposition reactor for the analysis tin oxide film growth”, Philip A. Martin, Robert J. Holdsworth, David W. Sheel, Rutger Schlatmann, Surface and Coatings Technology, submitted March 07