Euclid Techlabs, LLC

Paul Schoessow

Sergey Antipov

Alexei Kanareykin

Chunguang Jing

Roman Kostin

Alexander Zholents

Chunuang Jing

Jiaqu Qiu

Dan Wang

James Simpson

Yingje Li

Michael Rosing

Oleg Poluektov

A technique for controlling and compensating the energy spread of a charged particle beam is provided. This technique is based on a passive dielectric-loaded structure that redistributes the energy within the bunch by means of the wakefield generated in the structure. Cylindrical and planar structure configurations are provided and also means for electrical and mechanical tuning to optimize performance. The instant abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

Passive method for controlling and correcting energy correlations in charged particle beams

The present invention provides a technique for constructing compact, high gradient magnetic lenses for charged particle beam focusing. Methods for adjusting the focusing strength of the lenses are provided, based on thermal control, mechanical motion of the magnetic chips within the yoke. The present invention is a method for designing and fabricating permanent magnet focusing elements that are compact, simple to construct, and having a large, adjustable focusing strength. Applications include beamlines for THz radiation sources, free electron lasers, wakefield accelerators and any other charged particle devices that require a compact beamline.

High gradient permanent magnet elements for charged particle beamlines

An active device is provided that is energized by an optical source and uses an active paramagnetic medium to transfer this energy to a resonant circuit enabling new classes of electronic components.

Optically pumped magnetically controlled paramagnetic devices for microwave electronics and particle accelerator applications

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Lakewood, CO, United States of America

Paul Schoessow