S. Roesler et al., Radiation damage to electronics in the beam tunnel of the next linear collider, Proceedings of SATIF 5 (p. 127-137), Paris, France, 18-21 July 2000Snart, R.S. : ‘ The electrical properties and stability of DNA to UV radiation and aromatic hydrocarbons ’, ...
A study was made of the influence of the radiation wavelength, focusing conditions, and temperature of a sample on the laser damage to SiO2, TiO2, SiOx, TiOx, (x<2) films and to the surface of rutile crystals. Possible damage mechanisms ... LA Skvortsov - 《Quantum Electronics》 被引量...
The assessment of radiation damage to electronics is a complex process and requires a detailed description of the full particle energy spectra, as well as a clear characterization of the quantities used to predict radiation damage. FLUKA, a multi-purpose particle interaction and transport code, is ...
Three mathematical models for the thermal damage of semiconductor structures with a single junction (diodes, FETs, single-heterojunction bipolar transistor... V.,D.,Dobykin - 《Journal of Communications Technology & Electronics》 被引量: 19发表: 2008年 Transient radiation effects in electronics Techni...
1, is generally subjected to a mix of particles and photons, with quite a range of energies. Upon its trajectory through the material, a high-energy nuclear particle or photon may lose its kinetic energy in different ways, thereby creating various types of damage. This chapter describes the ...
Radiation damage of electronic components to be used in a space experiment Commercial off-the-shelf components can be succesfully used in scientific payloads installed in spacecraft flying on Low Earth Orbits (LEO). Several experi... M Menichelli,B Alpat,R Battiston,... - 《Nuclear Physics B...
In this paper, a series of algorithms for quantitative physical model of ionization damage effects on semiconductor devices are developed, including finite element method, implicit time integration and decoupling iterative algorithms for nonlinear systems. The algorithms are shown to be effective to deal...
The radiation influence on electronics as well as different types of radiation hardened processes are discussed. A major expected contributor to the damage of semiconductors around LHC is the high flux of neutrons. The effect of this type of radiation, not present in space, is discussed 展开 ...
Ionizing radiation, about a trillion times more energetic than the UV that causes skin cancer, is bad for chips. Ionizing radiation can damage chips cumulatively over time (measured by total ionizing dose or TID), degrading performance and eventually making the device ...
Radiation can be ionizing or nonionizing radiation, and only ionizing radiation has enough energy to potentially cause damage to cells and DNA. Sources of radiation include natural phenomena like cosmic rays and radioactive elements, as well as human-produced sources such as X-ray machines and nuc...