Design criteria are described, and test results are presented, for prototype ALS undulator beam position monitors. The design is based on monitors presently in use at NSLS, with modifications to account for the widely varying and large K values of the undulators to be installed at the ALS. In particular, we have modified the design to simplify the thermal engineering and we have explored techniques to suppress the response of the monitors to soft photons, so that the beam position can be determined by measuring the higher energy photons which are better collimated. 4 refs., 8 figs
The Advanced Light Source (ALS) in Berkeley was the first of the soft x-ray third generation light s...
To ensure overlap between the photon beam and electron beam at the SASE-FEL at the TESLA Test Facili...
Accurate and reliable photon beam position monitors are essential for the successful operation of sy...
The latest generation SR sources have severe constraints for the stability of the delivered radiatio...
We have designed two photon beam position monitors for use on our x-ray storage ring beam lines. In ...
The X-ray photo-emission monitors at the Swiss Light Source (SLS) are used for beam-position diagnos...
We present here the concept of a simple one dimensional photon beam position monitor for use with hi...
Several types of the non-destructive photon beam position monitors (PBPM) are developed for the Taiw...
For the latest generation of SR sources, local bump orbit feedback systems are being developed for t...
The injector system of the Advanced Photon Source (APS) consists of a linac capable of producing 450...
This article describes the photon beam position monitor installed at the BEAR beamline at Elettra, T...
The low-energy undulator test line (LEUTL) is being constructed at the Advanced Photon Source (APS)....
A photon-beam-position monitor (PBPM) was newly installed in a diagnostic beamline of the Pohang Lig...
The Advanced Light Source (ALS) has been operational for users since October 1993 when white light f...
The photon beam position monitors (PBPM) in a synchrotron facility are important tools for beam-line...
The Advanced Light Source (ALS) in Berkeley was the first of the soft x-ray third generation light s...
To ensure overlap between the photon beam and electron beam at the SASE-FEL at the TESLA Test Facili...
Accurate and reliable photon beam position monitors are essential for the successful operation of sy...
The latest generation SR sources have severe constraints for the stability of the delivered radiatio...
We have designed two photon beam position monitors for use on our x-ray storage ring beam lines. In ...
The X-ray photo-emission monitors at the Swiss Light Source (SLS) are used for beam-position diagnos...
We present here the concept of a simple one dimensional photon beam position monitor for use with hi...
Several types of the non-destructive photon beam position monitors (PBPM) are developed for the Taiw...
For the latest generation of SR sources, local bump orbit feedback systems are being developed for t...
The injector system of the Advanced Photon Source (APS) consists of a linac capable of producing 450...
This article describes the photon beam position monitor installed at the BEAR beamline at Elettra, T...
The low-energy undulator test line (LEUTL) is being constructed at the Advanced Photon Source (APS)....
A photon-beam-position monitor (PBPM) was newly installed in a diagnostic beamline of the Pohang Lig...
The Advanced Light Source (ALS) has been operational for users since October 1993 when white light f...
The photon beam position monitors (PBPM) in a synchrotron facility are important tools for beam-line...
The Advanced Light Source (ALS) in Berkeley was the first of the soft x-ray third generation light s...
To ensure overlap between the photon beam and electron beam at the SASE-FEL at the TESLA Test Facili...
Accurate and reliable photon beam position monitors are essential for the successful operation of sy...