Web Journal
LogoAbout Journalfor Readersfor Authorsfor Refereesfor EditorsFlowchart of a paper
ISSN 1748-0221
7:36 - Saturday, 23 September 2017
for assistance and suggestions: the JINST editorial office

     JINST Instrumentation Theses Archive

2006 JINST TH 002

M.Sc. degree thesis
accepted by Ben Gurion University of the Negev, Israel, in 2006

Ilan Mor

Supervisor: David Vartsky

Energy-resolved fast-neutron imaging via time resolved optical readout


  • time-of-flight
  • neutrons
  • imaging

The presently-described TRION system (Time Resolved Integrative Optical (readout for) Neutrons) is an efficient, large-area fast-neutron detector that incorporates the combined capabilities of sub-mm spatial imaging and Time-of-Flight spectrometry. It is also designed for loss-free operation in mixed, high-intensity neutron-gamma fields. Thus, it can be considered as a next-generation PFNTS detector, since it provides superior performance capabilities than previous detectors in all the important figures-of-merit.

The present work describes several rounds of development, construction and testing of the detector using accelerator-produced fast-neutron pulses (employing, among others, the 9Be(d,n) reaction using a deuteron beam, pulsed in ~1 ns bursts at 1-2 MHz repetition rate).

The central topic of this work dealt with the determination of the factors that govern the spatial and timing resolution of TRION. Specifically, these are: screen type, response of the optical system and the various sources of noise that the system is susceptible to.

for assistance and suggestions: the JINST editorial office