Dr Michael Aspinall

Reader in Nuclear Engineering

Research Interests

Dr Aspinall's research began during his degree in Mechatronic Engineering (2005) with contributions towards the design and implementation of an advanced neutron spectrometer funded by an EPSRC Instrumentation Development Award (GR/R38538/01). His PhD (2008) was sponsored by the Think Crime! EPSRC research project (EP/C008022/1) which formed the DISTINGUISH consortium. His work here specifically focused on real-time digital assay of mixed radiation fields with prominent developments in real-time, digital pulse-shape discrimination of neutrons and gamma rays. Further extensive work led to the embodiment of these findings into technology with a TRL 9 that has served several nuclear establishments supporting additional research in nuclear safeguards, non-proliferation, neutron imaging and fast-neutron multiplicity analysis. Most notably he oversaw the delivery of the bespoke processing hardware and software for the ADRIANA liquid scintillator array at Lancaster University as part of the National Nuclear User Facility (NNUF) (EP/L025671/1). From 2017 to 2021 he was part of a £1.6M EPSRC funded (EP/P018505/1) TORONE project that developed remotely operated instrumentation for the characterisation of extreme nuclear environments. He held an EPSRC UK-Japan Civil Nuclear Research Programme Phase 6 project to develop radiation tolerant criticality monitoring instrumentation (EP/T013532/1). As an embedded researcher applying transformative technologies for a NERC funded (NE/W007320/1) project, he is developing instrumentation to enable the field deployment of a novel waterborne tritium detection technique developed also at Lancaster University. He is a NERC Senior Member of the Constructing a Digital Environment (CDE) Expert Network 2022/23, previously a CDE Embedded Fellow 2021/22. He currently leads the STFC SWIMMR S5 projects (ST/W001810/1 and ST/X002241/1) to design, implement and deploy a new generation of ground-level neutron monitor (NM) to enhance the space weather monitoring capabilities of the Met Office Space Weather Operations Centre (MOSWOC). He also leads an EPSRC UK-Japan Civil Nuclear Research Programme Phase 9 project to develop radiation tolerant robotics for remote inspection (EP/X022331/1), working closely with experts from the University of Manchester, Okayama University and Kobe City College of Technology.

DSI: Late-stage commercialisation for time-of-flight neutron spectrometer
01/10/2024 → 30/09/2026
Research

DSI: Late-stage commercialisation for time-of-flight neutron spectrometer
01/10/2024 → 30/09/2026
Research

Supporting an Integrated adsorptive distillation project for the detritiation of radioactive waters of Fukushima site
01/12/2023 → 29/02/2024
Research

Advancing helium-3 alternative detector technologies for nuclear security
03/07/2023 → 02/09/2023
Research

Radiation Hardened Robotics for Remote Inspection
01/11/2022 → 31/03/2025
Research

Ground Level Enhancement Event Monitor (Implementation Phase)
01/09/2022 → 31/03/2024
Research

Ground Level Enhancement Event Monitor (Implementation Phase)
01/09/2022 → 15/03/2025
Research

Could the sun fry chips on Earth? - Monitoring extreme space weather events
01/04/2022 → 31/07/2022
Research

Research on key technologies of boron-10 nitride neutron detecting material growth and device fabrication
01/04/2022 → 31/03/2024
Research

Research on key technologies of boron-10 nitride neutron detecting material growth and device fabrication
31/03/2022 → 31/03/2025
Research

DERIvATE: Deployable ElectRochemIcally Assisted Tritium dEtection
08/11/2021 → 08/05/2022
Research

Ground Level Enhancement Event Monitor (GLEEM)
28/06/2021 → 27/06/2022
Research

Position Sensitive Neutron Dectection by Pulse Shape Analysis
11/11/2019 → 30/09/2020
Research

Radiation tolerant real-time recriticality monitoring
01/11/2019 → 30/04/2023
Research

Advanced Real-time Multiplicity (ARM)
01/03/2018 → 01/03/2019
Research

The Royal Society Summer Science Exhibition
Festival/Exhibition/Concert

  • Nuclear
  • Space Weather