Contact Dr Matthew Healy
- Email: m.j.f.healy@cranfield.ac.uk
Areas of expertise
- CBRN Focus Areas
- Counter-IED
- Test and Evaluation
- Human Factors for Defence
Background
Matthew is Academic Director of the MoD CBRN Professional Education Program and Deputy Head of Cranfield Forensic Institute Shrivenham,
Matthew started as an X-ray and accelerator physicist (and has been the profiled physicist in Physics World) but his remit has grown to encompass the wider issues of defence and security over two decades working with the military, the emergency services, government agencies and industry. His main technical field still encompasses nuclear and radiological weapons and security imaging, but extends across CBRN, IED's, surveillance, materials and forensics. Aspects to which he contributes include threat, planning, procurement and cost, response, forensic science, and policy.
Consultancy activities have included leading an SME team in a national CBRN detection procurement programme, developing search and interdiction methods and technologies, decision support following the Fukushima incident, performing CBRN vulnerability assessments for UK and foreign infrastructure, performing independent requirements capture, and assessing the cost of recovering from CBRN terrorism.
Current activities
A large part of his activity is creating bespoke short courses for defence and security clients and supervising doctoral research programs for senior professionals undertaking personal development. Matthew continues to develop X-ray imaging techniques, and researches everything from threats to effects, technologies, costs and policies associated with radiological and nuclear weapons, as well as keeping current in wider domestic and international defence and security issues. These activities are funded by a combination of civil and military government agencies and private sector funds.
Mathew has supervised PhD candidates through the following topics and contributes to half dozen or so other thesis committees.
Monte-Carlo modelling of radiation transport and interactions for imaging systems
The requirement and development of Audio Visual technology to support emergency response to CBRN Incidents and Hazards
Advanced Detection of Improvised Explosive Device Components
Enhancing ways of thinking and combining perspectives to gain increased insight into complex socio-technical systems.
Radiation survey in challenging environments CBRN classification for first responders
Stand-off sensing of radiological and nuclear hazards within defence and security
Medical preparedness for a nuclear detonation in major cities
Optimising search for radioactive sources in the urban environment
Radiological emergency response, imprecision and decision making
Forecasting terrorist attack and countermeasure effect by historical analysis
Nuclear intelligence
Building sustainable nuclear infrastructure
Matthew supports on average 3 MSc students a year, illustrative MSc projects include
An inter-comparison of CBRN detection capability
The immediate response to a dirty bomb
The commanders decision making process in a radiological environment
Use of genetic algorithms for non-invasive search
Much of Matthew's research supports teaching, for example:
Nuclear weapons policy and deterrence
Technologies, science and social science of Weapons of Mass Destruction
Wider technologies for security and resilience
Further research is conducted under the umbrella of consultancy, which has included
CBRN vulnerability studies
Construction of plausible vignettes
Developing models to guide the development of detection systems
Assessment and development of detection systems (not just CBRN)
Review of response exercises
Courses that Matthew leads or led
CBRN terrorism
CBRN Sensing
Hazardous Forensics
Nuclear Weapons Policy
Nuclear Hardness and Vulnerability
Weapons of Mass Destruction Control and Verification
UNSCR 1540 Enforcement
Technology of Resilience
Security Technology
Bespoke practitioner CBRN courses
Courses Matthew contributes to
CBRN Defence Science
CBRN Hazard Management and Decontamination
Ammunition Technical Officers
Explosive Ordnance Engineering
Battle Space Technology
Guided Weapons
Matthew is open to applications from candidates wishing to study research degrees. A MSc by research full time can take one year, an MPhil 2 years FT and a PhD 3 years FT 6yrs PT. The CBRN research group numbers about ten candidates including mature professionals and some Summer interns.
Clients
AEA technology
Aon
AWE
Barclays
BP
Burro Happold
Department of Energy and Climate Change
Deutschebank
dstl
European Union
General Dynamics
Intel
Lockheed Martin
MBDA
MoD
NATO
Nordian UK
Police
Public Health England
PoolRe
Rio Tinto
SSM Sweden
Various unnamed financial institutions, governments and militaries.
Publications
Articles In Journals
- Vetter M, Healy MJF & Lane DW. (2020). Investigating electric field induced molecular distortions in polypropylene using Raman spectroscopy. Polymer Testing, 92
- Costa KPS, Lima SX, Brum T, Lima ZR, Amorim JCC, .... (2019). Cost-effective approach to lung cancer risk for a radiological dispersal device (RDD) scenario. Nukleonika, 64(4)
- Lima SX, Costa KPS, Lima ZR, Rother FC, Araujo OMO, .... (2019). Simulated nuclear contamination scenario, solid cancer risk assessment, and support to decision. Nukleonika, 64(2)
- Andrade ER, Oliveira ALN, Funcke LN, Souza LHFF, Healy MJF, .... (2019). Potential contribution of selected metallic restorative dentistry materials to X-ray fluorescence. Radioprotection, 54(3)
- Muñoz AAM, Vella A, Healy MJF, Lane DW, Jupp I, .... (2018). Low open fraction coded masks for x-ray backscatter imaging. Optical Engineering, 57(09)
- Vella A, Munoz AAM, Healy MJF, Lane DW & Lockley D. (2018). An artificial X-ray wire test emitter and calculations on the resolution and field of view of X-ray pinhole optics by simulation. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 905
- Muñoz AAM. (2018). Rapid prototyping-coded masks for x-ray backscatter imaging. Optical Engineering, 57(08)
- Andrade CPS, Souza CJ, Camerini ESN, Alves IS, Vital HC, .... (2018). Support to triage and public risk perception considering long-term response to a Cs-137 radiological dispersive device scenario. Toxicology and Industrial Health, 34(6)
- Rother FC, Rebello WF, Healy MJF, Silva MM, Cabral PAM, .... (2016). Radiological Risk Assessment by Convergence Methodology Model in RDD Scenarios. Risk Analysis, 36(11)
- Healy MJF. (2015). A framework for the systematic realisation of phenomena for enhanced sensing of radiological and nuclear materials, and radiation. Journal of Radiological Protection, 35(3)
- Roncallo S, Painter JD, Healy MJF, Ritchie SA, Finnis MV, .... (2011). Effects of different needles and substrates on CuInS2 deposited by electrostatic spray deposition. Thin Solid Films, 519(11)
- Healy MJF, Weston K, Romilly M & Arbuthnot K. (2009). A Model to Support CBRN Defence. Defense & Security Analysis, 25(2)
- May-Smith TC, Grivas C, Shepherd DP, Eason RW & Healy MJF. (2004). Thick film growth of high optical quality low loss (0.1dBcm−1) Nd:Gd3Ga5O12 on Y3Al5O12 by pulsed laser deposition. Applied Surface Science, 223(4)
- Sayle DC, Richard A. Catlow C, Harding JH, Healy MJF, Andrada Maicaneanu S, .... (2000). Atomistic simulation methodologies for modelling the nucleation, growth and structure of interfaces. Journal of Materials Chemistry, 10(6)
- Rogers KD, Painter JD, Lane DW & Healy M. (1999). The structural changes in CdS-CdTe thin films due to annealing. Journal of Electronic Materials, 28(2)
- Rogers KD, Painter JD, Healy MJ, Lane DW & Ozsan ME. (1999). The crystal structure of CdS–CdTe thin film heterojunction solar cells. Thin Solid Films, 339(1-2)
- Alexandrou I, Zergioti I, Amaratunga GAJ, Healy MJF, Kiely CJ, .... (1999). A new reactive pulsed laser ablation technique for the deposition of hard carbon and carbon-nitride thin films. Materials Letters, 39(2)
- Healy MJF. (1997). Minimising carbon contamination during ion beam analysis. Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms, 129(1)
- Healy M. (1996). An electrostatic filter for high resolution nuclear reaction analysis. Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms, 118(1-4)
- Lane DW, Avery AJ, Partridge G & Healy M. (1993). A simple accelerator calibration procedure. Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms, 73(4)
Conference Papers
- Zhou JG, Lockley D, Vella A, Munoz AMA, Healy MJF, .... (2017). A fast and reliable approach to simulating the output from an x-ray tube used for developing security backscatter imaging
- Vella A, Munoz AMA, Healy MJF, Lane DW & Lockley D. (2017). The use of simulation to optimize the pinhole diameter and mask thickness for an x-ray backscatter imaging system
- Jupp ID, Munoz AMA, Lane DW, Healy MJF, Vella A, .... (2017). 3D-printed coded apertures for x-ray backscatter radiography
- Munoz AMA, Lane DW, Healy MJF, Vella A, Lockley D, .... (2017). X-ray backscatter radiography with lower open fraction coded masks
- Healy MJF. (2006). Energy calibration by silicon resonance: Completing system calibration with one reference material
- Healy MJF, Torres M & Painter JD. (2006). A software tool enabling the analysis of small lateral features without the use of a micro-beam
- Sayle DC, Catlow CRA, Dulamita N, Healy MJF, Maicaneanu SA, .... (2002). Modelling oxide thin films
- Healy MJF, Pidduck AJ, Dollinger G, Gorgens L & Bergmaier A. (2002). Ion beam analysis of aluminium in thin layers
- Thied RC, Halle A, Lewin B, Pitner WR, Bradley AE, .... (2001). Studies of the radiation stability of ionic liquids.
- Healy MJF & Gurbich AF. (2000). New data on the proton elastic scattering cross-section for silicon
- Lane DW, Conibeer GJ, Romani S, Healy MJF & Rogers KD. (1998). Depth profiling sulphur in bulk CdTe and thin film heterojunctions
- Healy MJF & Lane DW. (1998). Revised cross sections of the 32S(d,p)33S reactions
- Alexandrou I, Zergioti I, Healy MJF, Amaratunga GAJ, Kiely CJ, .... (1998). Enhancement of the properties of pulsed laser-deposited carbon nitride by the synchronisation of laser and N2 gas jet pulses
Books
- Healy MJF. (2015). Radiological and Nuclear sensing In CBRNeworld's big red directory. Falcon Communications Ltd.
- Baston GMN, Bradley AE, Gorman T, Hamblett I, Hardacre C, .... (2002). Ionic Liquids for the Nuclear Industry: A Radiochemical, Structural, and Electrochemical Investigation In ACS Symposium Series (818). American Chemical Society.
