M. Trocmé scite author profile

A CMOS active pixel sensor, originally designed for the tracking of minimum ionising charged particles in high-energy physics, has been recently used for the detection of fast neutrons. Data were taken at the IRSN Cadarache facility with a (241)Am-Be ISO source and a polyethylene radiator. A high-intrinsic efficiency (1.2 x 10(-3)) has been obtained. It is in good agreement with both calculations and a MCNPX Monte Carlo simulation. This experiment paves the way for a fully electronic personal neutron dosemeter.

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Characterization of the neutron field from the 241Am-Be isotopic source of the IPHC irradiator

Amgarou

Trocmé

García-Fusté

et al. 2013

Radiation Measurements

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Medica-Plus: a novel Micromegas detector for high-resolution β imaging for improved pharmacological applications

Jambon

Ribas

Gutiérrez

et al. 2020

J. Phys.: Conf. Ser.

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Demonstrating the of a CMOS pixel detector for a future neutron dosimeter

Vanstalle¹,

Husson²,

Higueret³

et al. 2012

Nuclear Instruments and Methods in Physics Research Section A:

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M. Trocmé

A new compact device for efficient neutron counting using a CMOS active pixel sensor

Development of a new electronic personal neutron dosemeter using a CMOS active pixel sensor

Characterization of the neutron field from the 241Am-Be isotopic source of the IPHC irradiator

Medica-Plus: a novel Micromegas detector for high-resolution β imaging for improved pharmacological applications

Demonstrating the of a CMOS pixel detector for a future neutron dosimeter

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