Following an idea of Trevor Hicks we built neutron polarizing benders with silicon wafers forming the bender channels. In the last decade a variety of neutron optical devices based on this idea were realized like collimators with absorbing as well as reflecting walls, radial benders and collimators and focusing devices which are all much shorter than their classical counterparts. Their development will be reviewed her
Polarised neutron beams are used in disciplines as diverse as magnetism,soft matter or biology. Howe...
Historically, two methods have been used to determine the wavelength of neutrons: (i) a timeof-fligh...
Neutron optics based on the two-reflection geometries are capable of controlling beams of long wavel...
Neutron optical elements are needed to prepare neutron beams with the phase space volume required fo...
In the last years a variety of novel neutron optical devices have been developed at HMI. Solid state...
In the last years two dimensional polarisation analysers and solid state neutron optical devices lik...
This project designed and built compound refractive lenses (CRLs) that are able to focus, collimate ...
AbstractWe demonstrated neutron beam focusing and neutron imaging using axisymmetric optics, based o...
We demonstrate neutron beam focusing by axisymmetric mirror systems based on a pair of mirrors cons...
A system of a polarizing solid state bender and a collimator was built and tested. It consists of a ...
Soller-type collimators with supermirror coating may be used for polarisation of neutron beams. The ...
We demonstrated neutron beam focusing and neutron imaging using axisymmetric optics, based on pairs ...
Supermirrors are aperiodic multilayers of two materials, which allow reflecting neutrons at small gr...
We have designed a solid state bender to polarize cold neutrons for the Spin Echo Scattering Angle M...
We demonstrated neutron beam focusing and neutron imaging using axisymmetric optics, based on pairs ...
Polarised neutron beams are used in disciplines as diverse as magnetism,soft matter or biology. Howe...
Historically, two methods have been used to determine the wavelength of neutrons: (i) a timeof-fligh...
Neutron optics based on the two-reflection geometries are capable of controlling beams of long wavel...
Neutron optical elements are needed to prepare neutron beams with the phase space volume required fo...
In the last years a variety of novel neutron optical devices have been developed at HMI. Solid state...
In the last years two dimensional polarisation analysers and solid state neutron optical devices lik...
This project designed and built compound refractive lenses (CRLs) that are able to focus, collimate ...
AbstractWe demonstrated neutron beam focusing and neutron imaging using axisymmetric optics, based o...
We demonstrate neutron beam focusing by axisymmetric mirror systems based on a pair of mirrors cons...
A system of a polarizing solid state bender and a collimator was built and tested. It consists of a ...
Soller-type collimators with supermirror coating may be used for polarisation of neutron beams. The ...
We demonstrated neutron beam focusing and neutron imaging using axisymmetric optics, based on pairs ...
Supermirrors are aperiodic multilayers of two materials, which allow reflecting neutrons at small gr...
We have designed a solid state bender to polarize cold neutrons for the Spin Echo Scattering Angle M...
We demonstrated neutron beam focusing and neutron imaging using axisymmetric optics, based on pairs ...
Polarised neutron beams are used in disciplines as diverse as magnetism,soft matter or biology. Howe...
Historically, two methods have been used to determine the wavelength of neutrons: (i) a timeof-fligh...
Neutron optics based on the two-reflection geometries are capable of controlling beams of long wavel...