The use or nuclear-spin polarized He-3 as a spin filter for low energy neutron beams is discussed and many properties of these polarizers are described. We compare this technique to other methods For polarizing neutrons of energy 0.01-100 eV. The status of a joint IUCF/NIST project for constructing transmission polarizers using both Rb spin-exchange and metastability-exchange optical pumping is presented
AbstractThe unique advantages of using polarized 3He as neutron spin filters, such as broadband and ...
A sapphire cell was used to obtain a high He-3 nuclear polarization by means of spin-exchange optica...
Maintaining high levels of He-3 polarization over long periods of time is important for many areas o...
The use or nuclear-spin polarized He-3 as a spin filter for low energy neutron beams is discussed an...
Neutron spin filters based on polarized He-3 are useful over a wide neutron energy range and have a ...
Neutron spin filters based on polarized He-3 promise to significantly expand the range of applicatio...
Polarized He-3 spin filters are needed for a variety of experiments with slow neutrons. Their demons...
The implementation in Julich of He-3 spin filters for neutrons has progressed substantially. Apparat...
Polarized He-3 neutron spin filters can operate over a wide neutron energy range and provide a large...
A large area polarized He-3 neutron spin filter has been developed and tested in long-term operation...
The capability of performing accurate absolute measurements of neutron beam polarization opens a num...
NSF using gaseous polarised 3He became a popular tool for many polarised neutron scattering applicat...
Maintaining high levels of 3He polarization over long periods of time is important for many areas of...
Polarized 3 He can be used as a spin filter to polarize a broad energy spectrum of neutrons. As a pr...
International audiencePolarized 3He, a promising method for the filtering of the neutron spin, is be...
AbstractThe unique advantages of using polarized 3He as neutron spin filters, such as broadband and ...
A sapphire cell was used to obtain a high He-3 nuclear polarization by means of spin-exchange optica...
Maintaining high levels of He-3 polarization over long periods of time is important for many areas o...
The use or nuclear-spin polarized He-3 as a spin filter for low energy neutron beams is discussed an...
Neutron spin filters based on polarized He-3 are useful over a wide neutron energy range and have a ...
Neutron spin filters based on polarized He-3 promise to significantly expand the range of applicatio...
Polarized He-3 spin filters are needed for a variety of experiments with slow neutrons. Their demons...
The implementation in Julich of He-3 spin filters for neutrons has progressed substantially. Apparat...
Polarized He-3 neutron spin filters can operate over a wide neutron energy range and provide a large...
A large area polarized He-3 neutron spin filter has been developed and tested in long-term operation...
The capability of performing accurate absolute measurements of neutron beam polarization opens a num...
NSF using gaseous polarised 3He became a popular tool for many polarised neutron scattering applicat...
Maintaining high levels of 3He polarization over long periods of time is important for many areas of...
Polarized 3 He can be used as a spin filter to polarize a broad energy spectrum of neutrons. As a pr...
International audiencePolarized 3He, a promising method for the filtering of the neutron spin, is be...
AbstractThe unique advantages of using polarized 3He as neutron spin filters, such as broadband and ...
A sapphire cell was used to obtain a high He-3 nuclear polarization by means of spin-exchange optica...
Maintaining high levels of He-3 polarization over long periods of time is important for many areas o...