A new neutron spin-echo (NSE) technique based upon the use of time-gradient magnetic fields is proposed. It employs simple solenoid coils as spin turners, thus allowing for a construction of long coils required for the tilt coil technique or arbitrary shaped coils required for the wide-angle NSE spectrometers. An unusual dependence of the spin-echo time from the neutron wavelength (similar to lambda(4), rather than lambda(3)) principally allows for a significantly higher energy resolution. (c) 2008 Elsevier B.V. All rights reserved
A Neutron spin-echo spectrometer (NSE) of the next generation will be build for the Spallation Neutr...
Neutron spin-echo technique can be used for an increase of the energy resolution of triple-axis spec...
Following a brief introduction, the Neutron Resonance Spin-Echo (NRSE) principle is discussed classi...
Results of the first neutron test of a new neutron-spin echo (NSE) spectrometer based upon the use o...
A new neutron spin-echo technique based on the use of time-gradient magnetic fields, TGF NSE, can be...
Abstract The neutron spin echo NSE method, which is the most powerful tool of high resolution n...
The neutron spin-echo (NSE) method, which is the most powerful tool of high-resolution neutron spect...
The Larmor labeling of neutrons, due to the Larmor precession of neutron spin in a magnetic field, o...
Neutron Spin Echo (NSE) is a technique for quasi-elastic neutron scattering with very high energy re...
The ultimate energy resolution in inelastic thermal neutron scattering spectroscopy is provided by n...
Neutron Spin-Echo (NSE) spectroscopy is well known as the only neutron scattering technique that ach...
We show that it is possible to use a bootstrap technique to increase the precession angle, and hence...
Neutron spin echo spectroscopy (NSE) has been discovered by F. Mezei in 1972[1]. The basic principle...
The neutron spin-echo (NSE) method, that is the most powerful tool of high-resolution neutron spectr...
In the near future, the SNS will be the most powerful spallation neutron sources worldwide. The neut...
A Neutron spin-echo spectrometer (NSE) of the next generation will be build for the Spallation Neutr...
Neutron spin-echo technique can be used for an increase of the energy resolution of triple-axis spec...
Following a brief introduction, the Neutron Resonance Spin-Echo (NRSE) principle is discussed classi...
Results of the first neutron test of a new neutron-spin echo (NSE) spectrometer based upon the use o...
A new neutron spin-echo technique based on the use of time-gradient magnetic fields, TGF NSE, can be...
Abstract The neutron spin echo NSE method, which is the most powerful tool of high resolution n...
The neutron spin-echo (NSE) method, which is the most powerful tool of high-resolution neutron spect...
The Larmor labeling of neutrons, due to the Larmor precession of neutron spin in a magnetic field, o...
Neutron Spin Echo (NSE) is a technique for quasi-elastic neutron scattering with very high energy re...
The ultimate energy resolution in inelastic thermal neutron scattering spectroscopy is provided by n...
Neutron Spin-Echo (NSE) spectroscopy is well known as the only neutron scattering technique that ach...
We show that it is possible to use a bootstrap technique to increase the precession angle, and hence...
Neutron spin echo spectroscopy (NSE) has been discovered by F. Mezei in 1972[1]. The basic principle...
The neutron spin-echo (NSE) method, that is the most powerful tool of high-resolution neutron spectr...
In the near future, the SNS will be the most powerful spallation neutron sources worldwide. The neut...
A Neutron spin-echo spectrometer (NSE) of the next generation will be build for the Spallation Neutr...
Neutron spin-echo technique can be used for an increase of the energy resolution of triple-axis spec...
Following a brief introduction, the Neutron Resonance Spin-Echo (NRSE) principle is discussed classi...