Add to ORKGAt BESSY II a canted double undulator system for the Energy Materials In situ Laboratory EMIL is under construction. The energy regime is covered with two undulators, an APPLE II undulator for the soft and a cryogenic permanent magnet undulator CPMU 17 for the hard photons. The layout and the performance of the undulators are presented in detail. The minimum of the vertical betatron function is shifted to the center of the CPMU 17. The neighboring quadrupoles and an additional quadrupole between the undulators control the vertical betatron function. Prior to the undulator installation a testing chamber with four movable vertical scrapers has been implemented at the CPMU 17 location. Utilizing the scrapers the new asymmetric lat...
The unique features of undulator radiation, i.e., high photon flux and brightness, partial coherence...
In anticipation of a new era of synchrotron radiation sources based on energy recovery linac techniq...
We present here the conception, construction and magnetic measurements of APPLE II type undulators o...
A 2 mrad canted double undulator system is in preparation as the wide energy range light source for...
The Energy Materials In Situ Laboratory Berlin EMIL at BESSY II is currently under construction. T...
The Helmholtz Zentrum Berlin and the Max Planck Society implement a new dedicated X ray beamline at ...
At BESSY II photon energies above 2keV can be produced only with a permanent magnet wiggler, with su...
The CPMU 17 is the hard X ray radiation source of a canted double undulator system for the Energy M...
At BESSY II, two new beamlines for RIXS and for X Ray microscopy need a short period variably polari...
Building on the innovative design of the In Vacuum APPLE IVUE32, a design for a 15mm period cryogeni...
BESSY II faces an increasing demand for photons in the range from 60 eV to 8 keV to be available at ...
The Undulator A at the Advanced Photon Source (APS) is a planar permanent magnet hybrid device optim...
The costs of a synchrotron radiation facility scales approximately linearly with the length FEL o...
The X ray optical and mechanical designs of a low energy high flux VUV to soft X ray beamline for ...
The Helmholtz Center Berlin (HZB) and the Max-Planck Society (MPG) strengthen their research in rene...
The unique features of undulator radiation, i.e., high photon flux and brightness, partial coherence...
In anticipation of a new era of synchrotron radiation sources based on energy recovery linac techniq...
We present here the conception, construction and magnetic measurements of APPLE II type undulators o...
A 2 mrad canted double undulator system is in preparation as the wide energy range light source for...
The Energy Materials In Situ Laboratory Berlin EMIL at BESSY II is currently under construction. T...
The Helmholtz Zentrum Berlin and the Max Planck Society implement a new dedicated X ray beamline at ...
At BESSY II photon energies above 2keV can be produced only with a permanent magnet wiggler, with su...
The CPMU 17 is the hard X ray radiation source of a canted double undulator system for the Energy M...
At BESSY II, two new beamlines for RIXS and for X Ray microscopy need a short period variably polari...
Building on the innovative design of the In Vacuum APPLE IVUE32, a design for a 15mm period cryogeni...
BESSY II faces an increasing demand for photons in the range from 60 eV to 8 keV to be available at ...
The Undulator A at the Advanced Photon Source (APS) is a planar permanent magnet hybrid device optim...
The costs of a synchrotron radiation facility scales approximately linearly with the length FEL o...
The X ray optical and mechanical designs of a low energy high flux VUV to soft X ray beamline for ...
The Helmholtz Center Berlin (HZB) and the Max-Planck Society (MPG) strengthen their research in rene...
The unique features of undulator radiation, i.e., high photon flux and brightness, partial coherence...
In anticipation of a new era of synchrotron radiation sources based on energy recovery linac techniq...
We present here the conception, construction and magnetic measurements of APPLE II type undulators o...