Add to ORKGModern microfabrication techniques based on deep etch x-ray lithography (LIGA)[1] can be used to produce large-aspect-ratio, metallic or dielectric, planar structures suitable for high-frequency RF acceleration of charged particle beams. Specifically, these techniques offer significant advantages over conventional manufacturing methods for future linear colliders (beyond NLC, th
In presenting this thesis in partial fulfillment of the requirements for a Postgraduate degre
There is a strong demand for accelerating structures able to achieve higher gradients and more compa...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
Recent microfabrication technologies based on the LIGA (German acronym for Lithographe, Galvanoformu...
Recent microfabrication technologies based on LIGA (German acronym for Li thographe, Galvanoformu...
Recent microfabrication technologies based on LIGA (German acronym for Li thographe, G alvanoformung...
There is a growing interest in the development of very high gradient ({ge} GeV/meter) accelerating s...
Recent microfabrication technologies based on LIGA (German acronym for Lithographe, Galvanoformung, ...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Microelectromechanical systems (MEMS) devices have been increasing in popularity for radio frequency...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
Feasibility studies on the planar millimeter-wave cavity structures have been made. The structures c...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
In presenting this thesis in partial fulfillment of the requirements for a Postgraduate degre
There is a strong demand for accelerating structures able to achieve higher gradients and more compa...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
Recent microfabrication technologies based on the LIGA (German acronym for Lithographe, Galvanoformu...
Recent microfabrication technologies based on LIGA (German acronym for Li thographe, Galvanoformu...
Recent microfabrication technologies based on LIGA (German acronym for Li thographe, G alvanoformung...
There is a growing interest in the development of very high gradient ({ge} GeV/meter) accelerating s...
Recent microfabrication technologies based on LIGA (German acronym for Lithographe, Galvanoformung, ...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Most of the presently known microstructures are still fabricated using silicon-based technologies. H...
Microelectromechanical systems (MEMS) devices have been increasing in popularity for radio frequency...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
Feasibility studies on the planar millimeter-wave cavity structures have been made. The structures c...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
In presenting this thesis in partial fulfillment of the requirements for a Postgraduate degre
There is a strong demand for accelerating structures able to achieve higher gradients and more compa...
Planar accelerating millimeter-wave structures have been studied during the last few years at Argonn...
