Lectures on Insertion Devices
Pictures from March 27th in Würzburg
Babcock Noell GmbH (BNG) and Forschungszentrum Karlsruhe (FZK) organize
"Insertion Devices"
Lectures by Professor J. A. Clarke (ASTEC - Daresbury LAB, STFC, UK)
26 - 27 March 2009 in Würzburg
Aims:
The first part of the course gave a brief overview of the properties of synchrotron radiation as generated by the three main types of sources: dipoles, wigglers and undulators. The second part of the course concentrated on how undulator sources are physically realized using the available magnet technologiees; permanent magnets, electromagnets and superconductors.
Program:
| Thursday, 26.03.2009 | |
| Introduction to synchrotron radiation (SR); Brief history of SR milestones; SR from dipoles - a broadband source; Flux, brightness and power | |
| From dipoles to wavelength shifters; Wavelength shifters to multipole wigglers; Introduction to undulators - a narrow bend source; Undulator wavelenth; High K and low K differences; Tuning curves | |
| Friday, 27.03.2009 | |
| Undulator flux and brightness; Effect of the real world - electron beam emittance and beamline apertures; Brief overview of polarisation and helical undulators. | |
| Permanent magents; Undulators built from permanent magents; The addition of iron poles; Possible undulator end designs | |
| Realisation of helical undulators; In vacuum devices; Cryoundulators; Additional engineering issues; Forces; Normal conducting magnets. | |
| The application of superconductors; Superconducting wigglers; Superconducting undulators; Beam heating; cold magnet measurements | |
