Neutron Spin Echo spectroscopy NSE uses polarized neutrons and in turn polarization analysis is an intrinsic feature of NSE. However, the multifaceted dynamics of antiferromagnets and helimagnets ask for more than the classical Neutron Spin Echo set up NSE . Here we present the feasibility test and first results of a new and powerful technique Polarimetric NSE, obtained by combining the Wide Angle NSE spectrometer SPAN developed at HMI, with Cryopad, the spherical polarimetry equipment developed at IL
A new neutron spin-echo (NSE) technique based upon the use of time-gradient magnetic fields is propo...
The ultimate energy resolution in inelastic thermal neutron scattering spectroscopy is provided by n...
Neutron spin echo (NSE) method at a pulsed neutron source presents new challenges to the data reduct...
With the new brilliant neutron sources and the developments of novel optical elements, neutron spin ...
The changes in direction of the neutron spin that take place on scattering by a magnetic interaction...
Neutron spin echo INSE) spectroscopy inherently involves polarization analysis features. Thus, the v...
Neutron spin echo spectroscopy (NSE) has been discovered by F. Mezei in 1972[1]. The basic principle...
This paper describes the design and experimental tests of a novel neutron spin analyzer optimized f...
Results of the first neutron test of a new neutron-spin echo (NSE) spectrometer based upon the use o...
Abstract The neutron spin echo NSE method, which is the most powerful tool of high resolution n...
Neutron Spin-Echo (NSE) spectroscopy is well known as the only neutron scattering technique that ach...
Beams of spin polarized itinerant neutrons have long been used to map magnetic electrons in ferromag...
Neutron spin echo NSE spectroscopy is a powerful tool for the study of magnon lifetimes and magnet...
Neutron Spin Echo methods (NSE) use Larmor labelling to measure the precession phase of the neutron ...
A spin echo option added to a classical Triple Axis spectrometer is capable of significantly improvi...
A new neutron spin-echo (NSE) technique based upon the use of time-gradient magnetic fields is propo...
The ultimate energy resolution in inelastic thermal neutron scattering spectroscopy is provided by n...
Neutron spin echo (NSE) method at a pulsed neutron source presents new challenges to the data reduct...
With the new brilliant neutron sources and the developments of novel optical elements, neutron spin ...
The changes in direction of the neutron spin that take place on scattering by a magnetic interaction...
Neutron spin echo INSE) spectroscopy inherently involves polarization analysis features. Thus, the v...
Neutron spin echo spectroscopy (NSE) has been discovered by F. Mezei in 1972[1]. The basic principle...
This paper describes the design and experimental tests of a novel neutron spin analyzer optimized f...
Results of the first neutron test of a new neutron-spin echo (NSE) spectrometer based upon the use o...
Abstract The neutron spin echo NSE method, which is the most powerful tool of high resolution n...
Neutron Spin-Echo (NSE) spectroscopy is well known as the only neutron scattering technique that ach...
Beams of spin polarized itinerant neutrons have long been used to map magnetic electrons in ferromag...
Neutron spin echo NSE spectroscopy is a powerful tool for the study of magnon lifetimes and magnet...
Neutron Spin Echo methods (NSE) use Larmor labelling to measure the precession phase of the neutron ...
A spin echo option added to a classical Triple Axis spectrometer is capable of significantly improvi...
A new neutron spin-echo (NSE) technique based upon the use of time-gradient magnetic fields is propo...
The ultimate energy resolution in inelastic thermal neutron scattering spectroscopy is provided by n...
Neutron spin echo (NSE) method at a pulsed neutron source presents new challenges to the data reduct...