Bending magnets can be inserted in the long straight sections of electron storage rings to produce synchrotron radiation. If the design is carefully proportioned, the bending magnets create only a small perturbation of the properties of the ring. The resulting spectra have favorable optical properties as sources for spectroscopy and diffraction studies. The characteristics of the source are discussed, and the geometrical requirements of the magnets are presented. (PMA
High gradient quadrupoles are key components for the coming generation of storage ring based light s...
Abstract: Using the lattice cell of the proposed Karlsruhe deep-etch microlithography super-conducti...
This is an introduction and a review of Synchrotron Radiation sources and the research performed usi...
High intensity, high energy X-rays for use in protein crystallography, nano-machining and medical ap...
A compact electron storage ring as a synchrotron light source is designed and is now under construct...
An electron storage ring to be used solely as a synchrotron radiation source has been designed for a...
For the next-generation synchrotron radiation (SR) sources, ring magnets should be designed to accom...
This note describes the distribution of the synchrotron radiation from the bending magnets (BM) arou...
Compact light sources are being proposed for protein crystallography, medical imaging, nano-machinin...
Recently built electron storage rings provide very high transverse electron densities in their low- ...
Fourth-generation storage rings (4GSR) based on multi-bend achromat (MBA) lattices promise to delive...
Modern synchrotron light sources are competing intensively to increase x-ray brightness and, eventua...
Some aspects of the optimization of an electron storage ring as a synchrotron radiation source will ...
This chapter introduces the reader to the motion of electrons1 in a storage ring, and to the connect...
The Iranian Light Source Facility (ILSF) is a new 3 GeV synchrotron radiation laboratory in the Midd...
High gradient quadrupoles are key components for the coming generation of storage ring based light s...
Abstract: Using the lattice cell of the proposed Karlsruhe deep-etch microlithography super-conducti...
This is an introduction and a review of Synchrotron Radiation sources and the research performed usi...
High intensity, high energy X-rays for use in protein crystallography, nano-machining and medical ap...
A compact electron storage ring as a synchrotron light source is designed and is now under construct...
An electron storage ring to be used solely as a synchrotron radiation source has been designed for a...
For the next-generation synchrotron radiation (SR) sources, ring magnets should be designed to accom...
This note describes the distribution of the synchrotron radiation from the bending magnets (BM) arou...
Compact light sources are being proposed for protein crystallography, medical imaging, nano-machinin...
Recently built electron storage rings provide very high transverse electron densities in their low- ...
Fourth-generation storage rings (4GSR) based on multi-bend achromat (MBA) lattices promise to delive...
Modern synchrotron light sources are competing intensively to increase x-ray brightness and, eventua...
Some aspects of the optimization of an electron storage ring as a synchrotron radiation source will ...
This chapter introduces the reader to the motion of electrons1 in a storage ring, and to the connect...
The Iranian Light Source Facility (ILSF) is a new 3 GeV synchrotron radiation laboratory in the Midd...
High gradient quadrupoles are key components for the coming generation of storage ring based light s...
Abstract: Using the lattice cell of the proposed Karlsruhe deep-etch microlithography super-conducti...
This is an introduction and a review of Synchrotron Radiation sources and the research performed usi...