John D Rogers (Consultant)
John is a physics graduate from Manchester University. He worked as a
Scientific Officer in the UK Atomic Energy Authority for 2 years at AEE
Winfrith and then at Windscale, carrying out reactor physics experiments
on the ZENITH graphite reactor in the International DRAGON High
Temperature Reactor project and on the first AGR during its loading to
critical in 1962.
He returned to University to complete an M.Sc. in reactor physics and
engineering and then to do his Ph.D. in neutron physics using a pulsed
neutron source (at Birmingham University).
Following a 1½ year stint, up to 1969, as a consultant to the Turkish
Atomic Energy Commission in their Ankara Nuclear Research Centre,
he moved to the post-graduate engineering institute COPPE of the
Federal University of Rio de Janeiro, Brazil where he was Professor
of Nuclear Engineering and Head of the Nuclear Instrumentation Laboratory
Dr Rogers joined Roll-Royce plc in Bristol as Research Manager of the Advanced Projects Department where some of the major projects included digital imaging developments in high energy X-ray radiography of operating aero-engines, positron emission tomography (PET imaging) of oil flows in operating machinery and transportable neutron radiography systems for industrial NDT with an Oxford Instruments superconducting magnet cyclotron and digital CCD camera imaging. The PET and neutron radiography projects were carried out in collaboration with the Physics Department at Birmingham University.
On transferring to Rolls-Royce in Derby, John became Radiation Specialist in the RR Applied Science Laboratory and worked on radiation imaging projects until taking early retirement in 2002, at which point RadSci Consultancy was set up.
He continues his association (as Honorary Senior Research Fellow) with the Physics Department at Birmingham University where he has a digital neutron and x-ray imaging system set up in the Dynamitron laboratory of the Medical Physics building. This is used by students completing their final project on the M.Sc. course in Physics and Technology of Nuclear Reactors.