The Diamond storage ring has recently been modified by replacing one of the original double bend achromat (DBA) cells with a double-DBA (DDBA) cell. The new cell marks a fundamental break to the machine symmetry, and the final engineered solution shares many design features in common with modern multi-bend achromat cells. In this paper we review the impact that the modification has had on the linear and nonlinear optics, collective effects, and overall performance. Where appropriate, comparison to model predictions are also made
The Triple Bend Achromatic (TBA) lattice has the potential for lower natural emittance per period th...
The layout of the machine is shown in Fig. 1. The two rings cross in the horizontal plane in two poi...
During the previous year the design concept of the 3 GeV storage ring DIAMOND, intended as a third g...
Diamond has recently successfully commissioned a major change in the lattice consisting of the subst...
Many synchrotron radiation facilities are studying lattice upgrades in order to lower the natural em...
The Double Triple Bend Achromat (DTBA) lattice~\cite{DTBAipac16} is a novel lattice design for a nex...
The Double Bend Achromatic (DBA) and the Triple Bend Achromatic (TBA) lattice have been studied rath...
The strong focusing required for high brightness in a third generation light source presents challen...
A numerical method to design nonlinear double- and multibend achromat (DBA and MBA) lattices with ap...
We report the results of recent beam dynamics studies of the Diamond storage ring. These studies wer...
Storage ring based synchrotron light sources deliver high brightness radiation generated by high qua...
International audienceA ring composed of 20 symmetrical 7BA cells in which of a pair of chromaticity...
A unit cell with one homogeneous bending magnet is commonly used in the design of multi-bend achroma...
The conflicting requirements of high brightness photon beams combined with adequate beam lifetime an...
The basic Chasman-Green or double focusing achromat (DFA) lattice, see Fig. 1, represents the most c...
The Triple Bend Achromatic (TBA) lattice has the potential for lower natural emittance per period th...
The layout of the machine is shown in Fig. 1. The two rings cross in the horizontal plane in two poi...
During the previous year the design concept of the 3 GeV storage ring DIAMOND, intended as a third g...
Diamond has recently successfully commissioned a major change in the lattice consisting of the subst...
Many synchrotron radiation facilities are studying lattice upgrades in order to lower the natural em...
The Double Triple Bend Achromat (DTBA) lattice~\cite{DTBAipac16} is a novel lattice design for a nex...
The Double Bend Achromatic (DBA) and the Triple Bend Achromatic (TBA) lattice have been studied rath...
The strong focusing required for high brightness in a third generation light source presents challen...
A numerical method to design nonlinear double- and multibend achromat (DBA and MBA) lattices with ap...
We report the results of recent beam dynamics studies of the Diamond storage ring. These studies wer...
Storage ring based synchrotron light sources deliver high brightness radiation generated by high qua...
International audienceA ring composed of 20 symmetrical 7BA cells in which of a pair of chromaticity...
A unit cell with one homogeneous bending magnet is commonly used in the design of multi-bend achroma...
The conflicting requirements of high brightness photon beams combined with adequate beam lifetime an...
The basic Chasman-Green or double focusing achromat (DFA) lattice, see Fig. 1, represents the most c...
The Triple Bend Achromatic (TBA) lattice has the potential for lower natural emittance per period th...
The layout of the machine is shown in Fig. 1. The two rings cross in the horizontal plane in two poi...
During the previous year the design concept of the 3 GeV storage ring DIAMOND, intended as a third g...