The objectives of this study are as follows: Determine the vibration characteristics (frequency, damping, and mode shapes) of the magnet on prototypic supports (the actual mounting system used to mount the magnet on the girder). Measure system response to ambient floor motion. Measure the effect of various modifications to determine if the magnet response can be modified to minimize unwanted response characteristics. Modifications investigated include support schemes, increasing system damping, and increasing mechanical rigidity. Measure system response to coolant flow. Determine vibrational characteristics of a large concrete block placed on a concrete floor, including response to ambient floor motions
Background: Low frequency vibration case study about problems, constraints and design solutions to ...
We investigated supports for the final doublets of ATF2 with vertical relative motion to the floor o...
This thesis concerns floor vibrations, describes the nature of floor vibrations and provides options...
The overall objective of this study is to obtain insights into the dynamic coupling between the stor...
To improve the stability of the magnet-girder assemblies in the ESRF storage ring, vibration investi...
This article presents results of ground motion and magnet vibrations measurements at the Advanced Ph...
The Advanced Photon Source (APS), a new synchrotron radiation facility being built at Argonne Nation...
MAX-lab is a national synchrotron radiation facility in Lund. Nowadays, the MAX project consist of t...
To reach the Compact Linear Collider (CLIC) design luminosity, the mechanical jitter of the CLIC mai...
To reach the Compact Linear Collider (CLIC) design luminosity, the mechanical jitter of the CLIC mai...
Storage ring magnets support stability is essential to beam stability. In SSRF, a high stiff girder ...
The vibratory behavior of a lab facility located in Building 401 of the Advanced Photon Source site ...
A steel joist floor, prefabricated in sections, is investigated with respect of vibration levels. Me...
The China Spallation Neutron Source (CSNS) is a high intensity proton accelerator based facility. It...
To improve electron beam stability and x-ray beam stability, the micron-order of magnitude vibration...
Background: Low frequency vibration case study about problems, constraints and design solutions to ...
We investigated supports for the final doublets of ATF2 with vertical relative motion to the floor o...
This thesis concerns floor vibrations, describes the nature of floor vibrations and provides options...
The overall objective of this study is to obtain insights into the dynamic coupling between the stor...
To improve the stability of the magnet-girder assemblies in the ESRF storage ring, vibration investi...
This article presents results of ground motion and magnet vibrations measurements at the Advanced Ph...
The Advanced Photon Source (APS), a new synchrotron radiation facility being built at Argonne Nation...
MAX-lab is a national synchrotron radiation facility in Lund. Nowadays, the MAX project consist of t...
To reach the Compact Linear Collider (CLIC) design luminosity, the mechanical jitter of the CLIC mai...
To reach the Compact Linear Collider (CLIC) design luminosity, the mechanical jitter of the CLIC mai...
Storage ring magnets support stability is essential to beam stability. In SSRF, a high stiff girder ...
The vibratory behavior of a lab facility located in Building 401 of the Advanced Photon Source site ...
A steel joist floor, prefabricated in sections, is investigated with respect of vibration levels. Me...
The China Spallation Neutron Source (CSNS) is a high intensity proton accelerator based facility. It...
To improve electron beam stability and x-ray beam stability, the micron-order of magnitude vibration...
Background: Low frequency vibration case study about problems, constraints and design solutions to ...
We investigated supports for the final doublets of ATF2 with vertical relative motion to the floor o...
This thesis concerns floor vibrations, describes the nature of floor vibrations and provides options...