Nucleon induced nuclear reactions in microelectronic devices is a real concern for the radiation community. These nuclear reactions can provoke failures in critical applications in planes and satellites. Nuclear codes are very powerful tools which are required to calculate the number of failures of a given device in a given environment. We present the MC-RED code which is dedicated to the Monte Carlo description of nuclear reactions in microelectronic devices. We also show how its results can be use to calculate the failure rate
The aim of this paper is applying statistical laws and enlargement law to determine a redundancy ...
La miniaturisation croissante des transistors MOS a rendu les mémoires RAM de plus en plus sensibles...
132 pagesThe nuclear physics input used to compute the Monte Carlo reaction rates and probability de...
We investigate the issue of radiation-induced failures in electronic devices by developing a Monte C...
A formalism for target fragment transport is presented with application to energy loss spectra in th...
Given the significant advantages of reprogrammable logic devices in terms of cost and design flexibi...
International audienceThis paper presents a methodology for analyzing the behavior of nanometer tech...
[EN] Nuclear reactions can generate radionuclides and it is necessary to know the activity produced ...
31 pages, 5 figures, 1 colorA method based on Monte Carlo techniques is presented for evaluating the...
In this paper, we present a useful Monte Carlo (MC)-based methodology that can be utilized to calcul...
Electronic systems in space and terrestrial environments are subjected to a flow of particles of nat...
Les particules de l'environnement radiatif naturel sont responsables de dysfonctionnements dans les ...
In the atmosphere, it is generally understood that neutrons are the main contributor to the soft err...
The fragments produced in nuclear reactions for accelarator driven systems (ADS) operation form elem...
R&D in the nuclear reactor physics demands state-of-the-art numerical tools that are able to charact...
The aim of this paper is applying statistical laws and enlargement law to determine a redundancy ...
La miniaturisation croissante des transistors MOS a rendu les mémoires RAM de plus en plus sensibles...
132 pagesThe nuclear physics input used to compute the Monte Carlo reaction rates and probability de...
We investigate the issue of radiation-induced failures in electronic devices by developing a Monte C...
A formalism for target fragment transport is presented with application to energy loss spectra in th...
Given the significant advantages of reprogrammable logic devices in terms of cost and design flexibi...
International audienceThis paper presents a methodology for analyzing the behavior of nanometer tech...
[EN] Nuclear reactions can generate radionuclides and it is necessary to know the activity produced ...
31 pages, 5 figures, 1 colorA method based on Monte Carlo techniques is presented for evaluating the...
In this paper, we present a useful Monte Carlo (MC)-based methodology that can be utilized to calcul...
Electronic systems in space and terrestrial environments are subjected to a flow of particles of nat...
Les particules de l'environnement radiatif naturel sont responsables de dysfonctionnements dans les ...
In the atmosphere, it is generally understood that neutrons are the main contributor to the soft err...
The fragments produced in nuclear reactions for accelarator driven systems (ADS) operation form elem...
R&D in the nuclear reactor physics demands state-of-the-art numerical tools that are able to charact...
The aim of this paper is applying statistical laws and enlargement law to determine a redundancy ...
La miniaturisation croissante des transistors MOS a rendu les mémoires RAM de plus en plus sensibles...
132 pagesThe nuclear physics input used to compute the Monte Carlo reaction rates and probability de...