UNED, partially under contractual activities of F4E, has developed GEOUNED: a software tool that converts engineering CAD models into Monte Carlo radiation transport models, with the ability to convert back to CAD. It is an open-source tool, accessible, easy-to-install, and uses Open CASCADE as the CAD engine and FreeCAD as Read more…
F4E, with the collaboration of the expert Professor Prinja and the Consortium Ansaldo, Mangiarotti & Walter Tosto have developed a series of Artificial Intelligence models for the processing of phased array ultrasound testing (PAUT) output data. These AI-based tools have been designed to identify weld defects through a prediction based Read more…
A new vacuum deposition equipment dedicated to thin film deposition which combines magnetron sputtering, Plasma Enhanced Chemical Vapor Deposition (PECVD), and arc deposition sources. Several research and development programs could benefit to hydrogen, nuclear, tribology, and energy fields. Technology assets Two chambers with adjustable, measures The machine can support axial Read more…
DAES under and F4E Contract has developed software that automates the post-processing of finite element simulations by assessing the thermo-mechanical behavior of structures against the design criteria. In addition to automating a time-consuming and error-prone process, the solution provides an optimized design without oversizing while respecting standards RCC-MR. The solution Read more…
F4E and ASG Superconductors have been working together on the ITER magnetic field coils made of superconducting alloys. These innovative materials can run very high currents leading to powerful magnetic fields for demanding applications. ASG masters the manufacturing of such materials and can deliver them in complex shapes, depending on Read more…
BIMO TECH has developed under F4E contract a production method of large size, non-segmented rhodium targets for rhodium coated mirrors deposited by magnetron sputtering. Rhodium coated mirrors provide significant advantage due to their high reflectivity, durability and ability to work in extreme environments and can find numerous applications in non-fusion Read more…
Bertin Technologies under a F4E contract has developed a self-calibration method based on an innovative optical retroreflector which provides reliable measurement without complex optical devices. The device is manufactured from a single material using a simple process and is adaptable to many optical configurations and compatible with all wavelengths (UV, Read more…
The University of Basel created an original methodology to control and monitor the cleaning process of metallic optics exposed to dirty environments, preserving their performance and extending their lifetime. Technology assets The cleaning is performed using RF plasma discharge (13.6 or 60 MHz). The discharge parameters can be tuned to Read more…
F4E, EGYC and Thales have developed an innovative gyrotron device able to heat fusion plasma to very high temperatures. This labeled process allows to produce continuous wave (CW) radio frequency (RF) signals at very high-power levels (above 1MW). Numerous applications in the space sector, but also in the industry (welding, Read more…
F4E, EGYC (European GYrotron Consortium) and Thales have designed two high performances gyrotron subsystems: a thermo-compensated cathode and an adaptative mini-channel cooling system. Theses components have been used to enhance the performances of a high-power gyrotron and are now available for new applications in vacuum tubes, particle accelerators or electronics. Read more…