Visualization of magnetic fields with spin-polarized neutrons. Neutron imaging often provides important complementary information to that yielded by x-rays. Neutrons, however, also have a permanent magnetic dipole moment, making them highly sensitive to magnetic fields - a property that can be combined with standard radiographic and tomographic imaging approaches to reveal macroscopic magnetic properties. This technique has recently been developed at the Hahn-Meitner Institute (HMI) in Berlin for the vizualisation of magnetic fields both within and around matter, information that is inaccessible using other methods
Knowing the distribution of a magnetic field in bulk materials is important for understanding basic...
Neutron imaging is a method for non destructive investigation of objects in science and engineering....
Polarized neutrons is perhaps one of the most promising and fascinating field of research in neutron...
Neutron imaging dates back to shortly after the discovery of the neutron by Chadwick in 1932, and of...
Conventional approaches for imaging magnetic fields are limited to investigating the surface of a sa...
Neutron imaging became important when, besides providing impressive radiographic and tomographic im...
Neutronen sind aufgrund ihres magnetischen Momentes sehr sensitiv gegenüber Magnetfeldern, während s...
Owing to their zero charge, neutrons are able to pass through thick layers of matter typically sev...
Owing to their zero charge, neutrons are able to pass through thick layers of matter (typically seve...
Thesis: S.B., Massachusetts Institute of Technology, Department of Nuclear Science and Engineering, ...
AbstractImaging using polarized neutrons is one of the most attractive techniques in the neutron ima...
AbstractMagnetic field imaging using polarized pulsed neutrons is attractive technique because it ha...
Precession of neutron spin in a magnetic field can be used for mapping of a magnetic field distribut...
The polarized neutron imaging technique provides a non invasive method of characterizing localized m...
Knowing the distribution of a magnetic field in bulk materials is important for understanding basic...
Neutron imaging is a method for non destructive investigation of objects in science and engineering....
Polarized neutrons is perhaps one of the most promising and fascinating field of research in neutron...
Neutron imaging dates back to shortly after the discovery of the neutron by Chadwick in 1932, and of...
Conventional approaches for imaging magnetic fields are limited to investigating the surface of a sa...
Neutron imaging became important when, besides providing impressive radiographic and tomographic im...
Neutronen sind aufgrund ihres magnetischen Momentes sehr sensitiv gegenüber Magnetfeldern, während s...
Owing to their zero charge, neutrons are able to pass through thick layers of matter typically sev...
Owing to their zero charge, neutrons are able to pass through thick layers of matter (typically seve...
Thesis: S.B., Massachusetts Institute of Technology, Department of Nuclear Science and Engineering, ...
AbstractImaging using polarized neutrons is one of the most attractive techniques in the neutron ima...
AbstractMagnetic field imaging using polarized pulsed neutrons is attractive technique because it ha...
Precession of neutron spin in a magnetic field can be used for mapping of a magnetic field distribut...
The polarized neutron imaging technique provides a non invasive method of characterizing localized m...
Knowing the distribution of a magnetic field in bulk materials is important for understanding basic...
Neutron imaging is a method for non destructive investigation of objects in science and engineering....
Polarized neutrons is perhaps one of the most promising and fascinating field of research in neutron...