A scheme is proposed for producing ps length pulses of x-ray radiation from the Advanced Light Source (ALS) using two RF deflecting cavities. The cavities create vertical displacements of electrons correlated with their longitudinal position in the bunch. The two cavities separated by 180 degrees of vertical phase advance. This allows the vertical kick from one cavity to be compensated by the vertical kick of the other. The location of the cavities corresponds to the end of one straight section and the beginning of the following straight section. Halfway between the cavities a bending magnet source is located. The radiation from the bend can be compressed to ~1 ps in duration
LBNL is pursuing design studies and the scientific program for a facility dedicated to the productio...
A method capable of producing femto-second pulses of synchrotron radiation is proposed. It is based ...
This thesis describes an investigation into the performance of different schemes for generating shor...
The duration of the x-ray pulse generated at a synchrotron light source is typically tens of picosec...
Supicosecond x-ray pulses are routinely produced at ALS, BESSY and SLS with “slicing ” technique and...
Supicosecond x-ray pulses are routinely produced at ALS, BESSY and SLS with slicing technique and u...
Scientists from the Lawrence Berkeley National Laboratory (Berkeley Lab) have generated 300-femtosec...
Femtosecond x-ray pulses may be generated by 90{degrees} Compton side scattering of a short visible ...
Our proposed source for production of ultra-short (less than 100 fs FWHM) x-ray pulses utilizes a sc...
A Lawrence Berkeley National Laboratory (Berkeley Lab) team drawing its members from the Materials S...
We present detailed simulations and analysis of Zholents’s [A. Zholents, P. Heimann, M. Zolotorev, a...
After generating the first femto-second X-ray pulses at the Advanced Light Source (ALS), it becomes ...
LBNL is pursuing a multi-divisional initiative that has this year further developed design studies a...
LBNL is pursuing a multi-divisional initiative that has this year further developed design studies ...
The research proposed here is expected to result in a crucial component used in a next-generation X-...
LBNL is pursuing design studies and the scientific program for a facility dedicated to the productio...
A method capable of producing femto-second pulses of synchrotron radiation is proposed. It is based ...
This thesis describes an investigation into the performance of different schemes for generating shor...
The duration of the x-ray pulse generated at a synchrotron light source is typically tens of picosec...
Supicosecond x-ray pulses are routinely produced at ALS, BESSY and SLS with “slicing ” technique and...
Supicosecond x-ray pulses are routinely produced at ALS, BESSY and SLS with slicing technique and u...
Scientists from the Lawrence Berkeley National Laboratory (Berkeley Lab) have generated 300-femtosec...
Femtosecond x-ray pulses may be generated by 90{degrees} Compton side scattering of a short visible ...
Our proposed source for production of ultra-short (less than 100 fs FWHM) x-ray pulses utilizes a sc...
A Lawrence Berkeley National Laboratory (Berkeley Lab) team drawing its members from the Materials S...
We present detailed simulations and analysis of Zholents’s [A. Zholents, P. Heimann, M. Zolotorev, a...
After generating the first femto-second X-ray pulses at the Advanced Light Source (ALS), it becomes ...
LBNL is pursuing a multi-divisional initiative that has this year further developed design studies a...
LBNL is pursuing a multi-divisional initiative that has this year further developed design studies ...
The research proposed here is expected to result in a crucial component used in a next-generation X-...
LBNL is pursuing design studies and the scientific program for a facility dedicated to the productio...
A method capable of producing femto-second pulses of synchrotron radiation is proposed. It is based ...
This thesis describes an investigation into the performance of different schemes for generating shor...