The European Synchrotron Radiation Facility (ESRF) operates a 6 GeV fourth generation
light source, the ESRF-Extremely Brilliant Source (EBS). This storage ring is the first to …

A major upgrade of the European Synchrotron Radiation Facility (ESRF) is planned for the
coming years. A new storage ring will be built in place of the present storage ring, aiming to …

High gradient quadrupoles are key components for the coming generation of storage ring
based light sources. The typical specifications of these magnets are: almost 100 T/m …

In 2020 the ESRF storage ring will be upgraded to a Hybrid Multi Bend Achromat (HMBA)
lattice. The commissioning of the new ring will require dedicated tools, either updated from …

The building blocks of a scientific facility based on particle beams comprise magnets and
electro-magnetic devices. The optical design usually imposes a demanding accuracy with …

The ESRF storage ring will be replaced in 2020 by a new hybrid multi bend achromat lattice
with 134 pm· rad equilibrium horizontal emittance. To determine the best working point …

Storage ring commissioning-like simulations are necessary to assess the feasibility of
proposed future lattice designs. This paper proposes a python package for commissioning …

The ESRF-EBS lattice model is updated to include the effect of magnetic lengths in dipoles,
quadrupoles, sextupoles and combined function magnets. The effect of this modification and …

The ultra low emittance foreseen for the ESRF Upgrade will translate into a limited Touschek
lifetime, increasing substantially the loss rate around the ring compared to the present …

Abstract The ESRF Extremely Brilliant Source (ESRF-EBS) lattice model is updated to
include three canted beamlines. The cells are modified where necessary to include 3-Pole …