Double rf systems are used to lengthen the beam bunches in synchrotron light sources. In
such a system, the performance of the bunch lengthening is limited by the transient beam …

We propose a novel scheme for the calculation of bunch profiles and synchronous phase
shifts for arbitrary fill patterns in electron storage rings considering both the effects of the …

The ongoing trend towards synchrotron light storage rings with ultralow emittance lattices
leads to greater challenges to achieve beam stability, sufficient Touschek lifetime, low …

A new self-consistent semianalytical method for calculating the stationary beam-induced
voltage in the presence of arbitrary filling patterns and impedance sources in electron …

Several third generation light-source storage rings have used harmonic cavities to lengthen
the electron bunches. With the advent of the fourth generation however, they have become …

Time-resolved experimental techniques are increasingly abundant at storage ring facilities.
Recent developments in accelerator technology and beamline instrumentation allow for …

Macroparticle tracking is a prominent method for studying the collective beam instabilities in
accelerators. However, the heavy computationalload often limits the capabilities of tracking …

A new self-consistent semi-analytical method for calculating the stationary beam-induced
voltage in the presence of arbitrary filling patterns and impedance sources in storage rings is …

At many storage rings for synchrotron light production there is demand for serving both high-
flux and timing users simultaneously. Today this is most commonly achieved by operating …

This dissertation contains seven studies exploring novel instrumentation for ion and electron
spectroscopy, including their applicability at storage ring light sources. The studies focus on …