This report outlines progress in the development of radiation monitoring module designed according to the AMC standard. We have designed gamma and neutron radiation monitoring module dedicated for xTCA-based LLRF control system. The research shows that SRAM memory chip can be used as a neutron fluence detector. For gamma measurement RadFET detector was applied. Triple modular redundancy was involved to enhance the reliability of the module firmware to SEEs. The detector provides measured gamma and neutron dose rate as typical IPMI sensors. The measured radiation doses can be read via PCIe or Serial interfaces and archived in external database
International audienceThe peripheral dose distribution is a growing concern for the improvement of n...
The need for upgrading the Total Ionizing Dose (TID) measurement resolution of the current version o...
A passive neutron area monitor has been designed using Monte Carlo methods; the monitor is a polyeth...
This paper reports a novel radiation monitoring system able to monitor gamma and neutron radiation i...
Modern Advanced/Micro Telecommunications Computing Architecture (ATCA/žTCA) standards gain popularit...
The machines used in High Energy Physics (HEP) experiments, such as accelerators or tokamaks, are so...
This paper reports on a novel Non-Volatile Random Ac-cess Memory (NVRAM)-based neutron dose equivale...
Gamma and neutron radiation is produced during the normal operation of linear accelerators like Free...
© 1963-2012 IEEE. This paper presents a novel radiation monitor that is based on a custom static ran...
The development of pixel CMOS sensors for particle tracking in high energy physics has led to promis...
For the application in radiation protection dosirnetry the personal dose equivalent,Hp(10), in a dep...
The personnel neutron exposure potential at the Lawrence Livermore National Laboratory is more diver...
Abstract. At future High-Luminosity LHC (HL LHC) at CERN the particle detectors of CMS, ATLAS, LHCb ...
In this report, we describe the current states of the radiation detection technology, detectors for ...
This paper describes a pocket-calculator-sized, neutron-sensitive, REM-responding personnel dosimete...
International audienceThe peripheral dose distribution is a growing concern for the improvement of n...
The need for upgrading the Total Ionizing Dose (TID) measurement resolution of the current version o...
A passive neutron area monitor has been designed using Monte Carlo methods; the monitor is a polyeth...
This paper reports a novel radiation monitoring system able to monitor gamma and neutron radiation i...
Modern Advanced/Micro Telecommunications Computing Architecture (ATCA/žTCA) standards gain popularit...
The machines used in High Energy Physics (HEP) experiments, such as accelerators or tokamaks, are so...
This paper reports on a novel Non-Volatile Random Ac-cess Memory (NVRAM)-based neutron dose equivale...
Gamma and neutron radiation is produced during the normal operation of linear accelerators like Free...
© 1963-2012 IEEE. This paper presents a novel radiation monitor that is based on a custom static ran...
The development of pixel CMOS sensors for particle tracking in high energy physics has led to promis...
For the application in radiation protection dosirnetry the personal dose equivalent,Hp(10), in a dep...
The personnel neutron exposure potential at the Lawrence Livermore National Laboratory is more diver...
Abstract. At future High-Luminosity LHC (HL LHC) at CERN the particle detectors of CMS, ATLAS, LHCb ...
In this report, we describe the current states of the radiation detection technology, detectors for ...
This paper describes a pocket-calculator-sized, neutron-sensitive, REM-responding personnel dosimete...
International audienceThe peripheral dose distribution is a growing concern for the improvement of n...
The need for upgrading the Total Ionizing Dose (TID) measurement resolution of the current version o...
A passive neutron area monitor has been designed using Monte Carlo methods; the monitor is a polyeth...