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A MONTE-CARLO CODE FOR CALCULATING COLLISION PHENOMENA IN RANDOMIZED TARGETS

Ref.-No.: 1801-6323-WT

IT / Software / Bioinformatics
Fusion technology / energy

The invention relates to a Monte-Carlo program implemented in Fortran 90. It treats the bombardment of incident ions on different target structures such as mono-atomic targets, layer structures or composition target structures. The two general cases considered in the code are the static case, where the target composition is fixed during the simulation, and the dynamic case, where modifications of the target caused by the ion bombardment are taken into account. Prospectively, further developments ...

Advanced collector sweeping with homogenous power deposition of the electron beam in high-power rf vacuum-tubes

Ref.-No.: 1801-3749-WT

Sensors, Devices and Components
Fusion technology / energy

This invention includes two alternative advanced methods to achieve a homogenous collector power distribution, which improves the collector capability of high power vacuum-tubes by a factor of two as compared to conventional methods. Furthermore the applied method has a high flexibility to vary the power distribution over a wide range of profiles and match the deposition profiles to different designs of collectors in existing or future electron tubes.

Bildleiter

Ref.-No.: 1801-6386-WT

Sensors, Devices and Components
Fusion technology / energy

Die Erfindung betrifft einen Bildleiter, der insbesondere für den Einsatz in einer Umgebung mit radioaktiver Strahlung geeignet ist. In einer solchen Umgebung verringert sich die Transmission des Bildleiters mit der Zeit. Bekannterweise kann die Transmission des Bildleiters durch Erwärmen auf eine Temperatur im Bereich von 100° bis 300° regeneriert werden. Weil dieses Erwärmen bisher in einem Ofen erfolgte, implizierte das Regenerieren des Bildleiters seinen Abbau von seinem Betriebsort, ...

Safety apparatus and method for monitoring a light path of a laser beam, and applications of same

Ref.-No.: 1801-6105-WT

Sensors, Devices and Components
Fusion technology / energy

The invention enables a fast and effective safety for persons (or obstacles) being in danger of hitting the beam of powerful lasers like YAG lasers. While being extremely powerful, the YAG laser light is invisible to the human eye. The safety mechanism is based on a harmless, visible laser light, i.e., cylindrically surrounding the YAG beam a shutter mechanism (i.e., with an entrance of cylindrical symmetry and made of synthetic material). The safety laser light is controlled by a ring (or sector) ...