Several configurations for rf undulators energized at millimeter wavelengths and designed to produce coherent nanometer radiation from sub-GeV electron beams are analyzed and compared with one another. These configurations include a traveling-wave resonant ring, a standing wave resonator, and a resonator operating close to cutoff
We examine the characteristics of the classical radiation emission resulting from the interaction of...
This program involves the generation of short wavelength optical radiation by intense plasma and e.m...
We describe a proposed all-dielectric laser-driven undulator for the generation of coherent short wa...
Analysis is described towards development of a RF undulator with a period < 1 cm, an undulator pa...
We propose a short period undulator based on the electromagnetic field pattern in a THz-driven split...
Author Institution: Department of Physics, Ohio State University; Department of Physics, Duke Univer...
The CompactLight project supported by European H₂020 is to design a hard X-ray FEL facility beyond t...
An undulator has two properties which make it an extremely attractive source of electromagnetic radi...
RF undulators, suggested long time ago, has the ad-vantage of fast dynamic control of polarization, ...
The CompactLight project supported by European H2020 is to design a hard X-ray FEL facility beyond t...
RF undulators, suggested a long time ago, have the advantage of fast dynamic control of polarization...
Issues critical to the design of undulators for use in short wavelength FEL amplifiers, such as atta...
Microwave undulators (MUs) have great potential to be an alternative solution to permanent magnet un...
This paper presents the design and the measurement of a short section of a 36 GHz microwave undulato...
An undulator can be realized not only by static magnetic fields, but also by an electro-magnetic wav...
We examine the characteristics of the classical radiation emission resulting from the interaction of...
This program involves the generation of short wavelength optical radiation by intense plasma and e.m...
We describe a proposed all-dielectric laser-driven undulator for the generation of coherent short wa...
Analysis is described towards development of a RF undulator with a period < 1 cm, an undulator pa...
We propose a short period undulator based on the electromagnetic field pattern in a THz-driven split...
Author Institution: Department of Physics, Ohio State University; Department of Physics, Duke Univer...
The CompactLight project supported by European H₂020 is to design a hard X-ray FEL facility beyond t...
An undulator has two properties which make it an extremely attractive source of electromagnetic radi...
RF undulators, suggested long time ago, has the ad-vantage of fast dynamic control of polarization, ...
The CompactLight project supported by European H2020 is to design a hard X-ray FEL facility beyond t...
RF undulators, suggested a long time ago, have the advantage of fast dynamic control of polarization...
Issues critical to the design of undulators for use in short wavelength FEL amplifiers, such as atta...
Microwave undulators (MUs) have great potential to be an alternative solution to permanent magnet un...
This paper presents the design and the measurement of a short section of a 36 GHz microwave undulato...
An undulator can be realized not only by static magnetic fields, but also by an electro-magnetic wav...
We examine the characteristics of the classical radiation emission resulting from the interaction of...
This program involves the generation of short wavelength optical radiation by intense plasma and e.m...
We describe a proposed all-dielectric laser-driven undulator for the generation of coherent short wa...