Add to ORKGWe made software to simulate Larmor precession in a setup for SESANS with adiabatic/RF flippers in magnets, existing at PNPI. The final polarisation of a divergent “ribbon beam” of height 2 cm is calculated as a function of λ. For λ= 6 A, flippers 56 cm apart and RF frequency 1 MHz we find spin-echo length δ= 0.9 μm. We show numerically, how λ is converted to δ. Extension to δ= 20 μm is realistic
We recently used an rf dipole magnet to study the spin flipping of a 120 MeV horizontally polarized ...
RF coils have been routinely used for Larmor labelling on the Offspec instrument at ISIS. These coil...
Schröder W, Baum G. A spin flipper for reversal of polarisation in a thermal atomic beam. J.Phys. E....
We made software to simulate Larmor precession in a setup for SESANS with adiabatic/RF flippers in m...
In this thesis we investigate devices needed to handle the polarization of thermal neutron beams: Ï/...
Abstract: The current state of the implementation of the project for building a spin-echo instrument...
Spin-Echo Small-Angle Neutron Scattering (SESANS) instrument is a novel SANS technique which enables...
Controlled manipulation of neutron spin is a critical tool for many neutron scattering techniques. W...
We recently studied the spin flipping of a 202.7 MeV vertically polarized proton beam stored in the ...
For the further development of spin-echo techniques to label elastic scattering it is necessary to p...
Spectroscopic techniques based on Larmor precession of particle spins require that for all trajector...
We recently studied spin flipping of a 1.94 GeV/c vertically polarized proton beam at COSY in Julich...
We show how the geometric (Berry’s) phase becomes manifest on adiabatic rotation of the polarization...
The JEDI Collaboration (Jülich Electric Dipole Moment Investigations) is developing tools for the me...
The neutron spin-echo (NSE) method, that is the most powerful tool of high-resolution neutron spectr...
We recently used an rf dipole magnet to study the spin flipping of a 120 MeV horizontally polarized ...
RF coils have been routinely used for Larmor labelling on the Offspec instrument at ISIS. These coil...
Schröder W, Baum G. A spin flipper for reversal of polarisation in a thermal atomic beam. J.Phys. E....
We made software to simulate Larmor precession in a setup for SESANS with adiabatic/RF flippers in m...
In this thesis we investigate devices needed to handle the polarization of thermal neutron beams: Ï/...
Abstract: The current state of the implementation of the project for building a spin-echo instrument...
Spin-Echo Small-Angle Neutron Scattering (SESANS) instrument is a novel SANS technique which enables...
Controlled manipulation of neutron spin is a critical tool for many neutron scattering techniques. W...
We recently studied the spin flipping of a 202.7 MeV vertically polarized proton beam stored in the ...
For the further development of spin-echo techniques to label elastic scattering it is necessary to p...
Spectroscopic techniques based on Larmor precession of particle spins require that for all trajector...
We recently studied spin flipping of a 1.94 GeV/c vertically polarized proton beam at COSY in Julich...
We show how the geometric (Berry’s) phase becomes manifest on adiabatic rotation of the polarization...
The JEDI Collaboration (Jülich Electric Dipole Moment Investigations) is developing tools for the me...
The neutron spin-echo (NSE) method, that is the most powerful tool of high-resolution neutron spectr...
We recently used an rf dipole magnet to study the spin flipping of a 120 MeV horizontally polarized ...
RF coils have been routinely used for Larmor labelling on the Offspec instrument at ISIS. These coil...
Schröder W, Baum G. A spin flipper for reversal of polarisation in a thermal atomic beam. J.Phys. E....