...+Prat

Concurs per a l'ordenació del Centre Direccional al Prat Nord

Raymond C. Read (2007) Arthur Keith, the anatomist who evisioned herniosis

We would like to add a comment on another important contribution of Arthur Keithto the Weld of herniology, that is, the original and accuratedescription of the inguinal “shutter” mechanism, a remarkableanatomic action against development of an inguinal hernia. [...] Today, virtual reality surgicalsimulation models allowing three-dimensional (3D) visualizationof the human inguinal anatomy can be used as a complementary tool to assess dynamics of the inguinal area. In fact, using simulations with the Wnite elementmethod we have recently confirmed the physiological “shutter” mechanism already described almost 100 years ago. These virtual reality Wndings are our presenttribute to the outstanding anatomic descriptions of ArthurKeith.

Non-invasive RF built-in testing using on-chip temperature sensors

This poster shows how to efficiently observe high-frequency figures of merit in RF circuits by measuring DC temperature with CMOS-compatible built-in sensors.

Determinación de la composición en fibras de muestras de tejido acetato/poliéster: informe de resultados

Certificación de la composición de muestras de tejido

Estudio de la influencia del tiempo y la temperatura en la transferencia de la tinta primaria negra sobre el tejido Tobago

Informe de resultados del proyecto titulado "Estampación detejidos sintéticos para lafabricación de prendas de deportepor el método de sublimación"

Estudio de la influencia del tiempo y la temperatura en la transferencia de la tinta primaria negra sobre el tejido Speedline: informe de resultados

Informe de resultados del proyecto titulado "Estampación detejidos sintéticos para lafabricación de prendas de deportepor el método de sublimación"

Determinación de la composición en fibras de un tejido

Identificación de la composición en fibras de un tejido mediante identificación con microscopio óptico

PENELOPE-2008: A Code System for Monte Carlo Simulation of Electron and Photon Transport

The computer code system PENELOPE (version 2008) performs Monte Carlo simulation of coupledelectron-photon transport in arbitrary materials for a wide energy range, from a few hundred eV toabout 1 GeV. Photon transport is simulated by means of the standard, detailed simulation scheme.Electron and positron histories are generated on the basis of a mixed procedure, which combinesdetailed simulation of hard events with condensed simulation of soft interactions. A geometry packagecalled PENGEOM permits the generation of random electron-photon showers in material systemsconsisting of homogeneous bodies limited by quadric surfaces, i.e., planes, spheres, cylinders, etc. Thisreport is intended not only to serve as a manual of the PENELOPE code system, but also to provide theuser with the necessary information to understand the details of the Monte Carlo algorithm.