Maximizing integrated brightness in Touschek-dominated synchrotron light sources

We present a numerical study to maximize the integrated performance of third generation synchrotron radiation sources for cases where the beam lifetime is dominated by large-angle intrabeam (Touschek) scattering. The performance is characterized in two areas of user interest: high brightness and total flux. We study the effect on the time integral of these quantities through varying parameters such as the lifetime, vertical beam emittance, time between fills, filling time, and total beam current. The effect on topoff mode of operation in also discussed.