'Radiation damping' diaporamas de présentation

Steve Kramer University of Washington

Seismic Site Response Analysis. Soil-Structure Interaction: Basic Concepts. Steve Kramer University of Washington. Steve Kramer University of Washington. EERI Technical Seminar Series. Impact of Soil-Structure Interaction on Response of Structures

2.54k views • 122 slides

761 views • 66 slides

Synchrotron radiation

Synchrotron radiation. R. Bartolini John Adams Institute for Accelerator Science, University of Oxford and Diamond Light Source. JUAS 2018 Week 4 - 2018. Contents. Introduction to synchrotron radiation properties of synchrotron radiation synchrotron light sources

614 views • 60 slides

Synchrotron radiation

Synchrotron radiation. R. Bartolini John Adams Institute for Accelerator Science, University of Oxford and Diamond Light Source. JUAS 2014 27-31 January 2014. Contents. Introduction to synchrotron radiation properties of synchrotron radiation synchrotron light sources

1.08k views • 59 slides

Radiation Damping

Radiation Damping. Alex Bogacz, Geoff Krafft and Timofey Zolkin. Outline. Beam dynamics with synchrotron radiation: Define action-angle variables for describing symplectic motion of a particle along a beam line.

722 views • 55 slides

718 views • 53 slides

6. Emittance (and Liouville's theorem) ?

6. Emittance (and Liouville's theorem) ?. Perfect gas analogy Emittance Liouville's theorem Acceleration Radiation damping Emittance measurement. Next step. You have already studied How a particle beam is produced (lecture 2) ? How a particle beam is accelerated (lecture 3) ?

970 views • 38 slides

Claudio Pellegrini in Frascati

270 views • 26 slides

Optical Bloch Equation with radiation damping

Optical Bloch Equation with radiation damping. detector. collimated atomic beam. Laser beam. Optical Bloch Equation Rabi oscillations. Line Shape power broadening. Line shape for: W rabi = 10 g , 4 g , 2 g , 1 g , 0.1 g ,.

376 views • 8 slides

Workshop Group Charges

Workshop Group Charges. Derun Li Center for Beam Physics Lawrence Berkeley National Laboratory September 1, 2010 Cockcroft Institute, UK. Workshop Charges I. Cavity design issues Normal conducting versus superconducting Single cell versus multi-cell cavity HOM and LOM damping

174 views • 5 slides