Add to ORKGIn this note we describe a conceptual design of a part of the electron beam delivery system for FERMI@Elettra free electron laser (FEL) located between the end of the linac and the entrance to the FEL. This part includes the emittance diagnostic section, the electron beam switchyard for two FELs called spreader and matching sections. The design meets various constrains imposed by the existing and planned building boundaries, desire for utilization of existing equipment and demands for various diagnostic instruments
A study of the electron beam dynamics in the linac is conducted for the FERMI free electron laser (F...
FERMI is a fourth generation light source under construction at Sincrotrone Trieste [1]. The project...
The FERMI @ Elettra facility will make use of the existing GeV linac at Sincrotrone Elettra, which ...
In this note we describe a conceptual design of a part ofthe electron beam delivery system for FERMI...
Lawrence Berkeley National Laboratory (LBNL) is developing design concepts for a multi-beamline soft...
Lawrence Berkeley National Laboratory (LBNL) is developing design concepts for a multi-beamline soft...
Design studies are in progress to use the existing FERMI{at}Elettra linear accelerator for a seeded ...
Pohang Accelerator Laboratory (PAL), which is running 3rd generation light source, is planning to co...
The purpose of a laser heater is to increase the electron beam uncorrelated energy spread as a way t...
This report describes the accelerator physics aspects, the engineering considerations and the choice...
This report describes the accelerator physics aspects, the engineering considerations and the choic...
The FERMI {at} Elettra FEL project will provide a novel, x-ray free electron laser user facility at ...
A study of the electron beam dynamics in the linac is conducted for the FERMI free electron laser (...
The Advanced Free-Electron Laser (AFEL) currently construction at Los Alamos National Laboratory is ...
FERMI is the proposed IR/FIR FEL user facility in Trieste, Italy. The electron beam is supplied by t...
A study of the electron beam dynamics in the linac is conducted for the FERMI free electron laser (F...
FERMI is a fourth generation light source under construction at Sincrotrone Trieste [1]. The project...
The FERMI @ Elettra facility will make use of the existing GeV linac at Sincrotrone Elettra, which ...
In this note we describe a conceptual design of a part ofthe electron beam delivery system for FERMI...
Lawrence Berkeley National Laboratory (LBNL) is developing design concepts for a multi-beamline soft...
Lawrence Berkeley National Laboratory (LBNL) is developing design concepts for a multi-beamline soft...
Design studies are in progress to use the existing FERMI{at}Elettra linear accelerator for a seeded ...
Pohang Accelerator Laboratory (PAL), which is running 3rd generation light source, is planning to co...
The purpose of a laser heater is to increase the electron beam uncorrelated energy spread as a way t...
This report describes the accelerator physics aspects, the engineering considerations and the choice...
This report describes the accelerator physics aspects, the engineering considerations and the choic...
The FERMI {at} Elettra FEL project will provide a novel, x-ray free electron laser user facility at ...
A study of the electron beam dynamics in the linac is conducted for the FERMI free electron laser (...
The Advanced Free-Electron Laser (AFEL) currently construction at Los Alamos National Laboratory is ...
FERMI is the proposed IR/FIR FEL user facility in Trieste, Italy. The electron beam is supplied by t...
A study of the electron beam dynamics in the linac is conducted for the FERMI free electron laser (F...
FERMI is a fourth generation light source under construction at Sincrotrone Trieste [1]. The project...
The FERMI @ Elettra facility will make use of the existing GeV linac at Sincrotrone Elettra, which ...