15 citations · 34 across the 13 of their papers we have counts for
13 papers
Elaboration on the kinetic approach of Derbenev and Kondratenko to spin-polarized beams in electron storage rings
Klaus Heinemann, Dan T. Abell, Jose Agudelo +7
We present a detailed account of the kinetic approach for describing the effect of synchrotron radiation on electron and positron spin polarization in storage rings. This approach…
Harnessing Machine Learning for Single-Shot Measurement of Free Electron Laser Pulse Power
Till Korten, Vladimir Rybnikov, Mathias Vogt +3
Electron beam accelerators are essential in many scientific and technological fields. Their operation relies heavily on the stability and precision of the electron beam. Traditiona…
Temporal X-ray Reconstruction using Temporal and Spectral Measurements at LCLS
Florian Christie, Alberto Andrea Lutman, Yuantao Ding +7
Transverse deflecting structures (TDS) are widely used in accelerator physics to measure the longitudinal density of particle bunches. When used in combination with a dispersive se…
Confining continuous manipulations of accelerator beamline optics
Philipp Amstutz, Sven Ackermann, Jörn Bödewadt +3
Altering the optics in one section of a linear accelerator beamline will in general cause an alteration of the optics in all downstream sections. In circular accelerators, changing…
An Informal Summary of a New Formalism for Classifying Spin-Orbit Systems Using Tools Distilled from the Theory of Bundles
Klaus Heinemann, Desmond P. Barber, James A. Ellison +1
We give an informal summary of ongoing work which uses tools distilled from the theory of fibre bundles to classify and connect invariant fields associated with spin motion in stor…
A detailed and unified treatment of spin-orbit systems using tools distilled from the theory of bundles
Klaus Heinemann, Desmond P. Barber, James A. Ellison +1
We return to our study \cite{BEH} of invariant spin fields and spin tunes for polarized beams in storage rings but in contrast to the continuous-time treatment in \cite{BEH}, we no…