AbstractThe Target/Moderator/Reflector (TMR) system at the Low Energy Neutron Source has a flexible design in order to accommodate research into the performance of neutron moderators in general and small-scale accelerator-driven neutron sources in particular. Since producing its first cold neutron beam in April of 2005, the LENS TMR has undergone a number of design changes, and has been used to investigate a number of novel moderator ideas. In this paper we summarize the impact of some of these design changes on moderator performance as well as some recent results from a novel inhomogeneous moderator design that combines traditional moderating material (polyethylene) with single crystals of silicon
The International Workshop on Cold Moderators for Pulsed Neutron Sources resulted from the coinciden...
The thermal moderator is the key component in a research neutron source to convert the primary neutr...
Cold neutrons with energy less than several meV are good probes for material research, and they have...
AbstractThe Target/Moderator/Reflector (TMR) system at the Low Energy Neutron Source has a flexible ...
Compact accelerator-driven neutron sources allow to operate multiple optimised target-moderator-refl...
AbstractLarge spallation neutron facilities share with compact sources the constraint that the moder...
AbstractThe Low Energy Neutron Source at Indiana University completed its construction phase roughly...
Long-wavelength neutrons for the investigation of nano-scale materials are an indispensable tool in ...
Compact Accelerator-driven Neutron Sources (CANS) have the advantage (compared to researchreactors o...
For brilliance-optimized compact accelerator driven neutron sources the gain factor provided by an o...
Cold and thermal neutrons used in neutrons scattering experiments are produced in nuclear reactors a...
The Jülich High Brilliance Neutron Source (J-HBS) will provide neutrons to differentinstruments by u...
In a compact accelerator driven neutron source, the design of the moderator/reflector system is cruc...
AbstractEnhancing the output of (cold) moderators in neutron sources is a topic of highest interest ...
A global approach coupling the moderator to the beam extraction system has been applied for the desi...
The International Workshop on Cold Moderators for Pulsed Neutron Sources resulted from the coinciden...
The thermal moderator is the key component in a research neutron source to convert the primary neutr...
Cold neutrons with energy less than several meV are good probes for material research, and they have...
AbstractThe Target/Moderator/Reflector (TMR) system at the Low Energy Neutron Source has a flexible ...
Compact accelerator-driven neutron sources allow to operate multiple optimised target-moderator-refl...
AbstractLarge spallation neutron facilities share with compact sources the constraint that the moder...
AbstractThe Low Energy Neutron Source at Indiana University completed its construction phase roughly...
Long-wavelength neutrons for the investigation of nano-scale materials are an indispensable tool in ...
Compact Accelerator-driven Neutron Sources (CANS) have the advantage (compared to researchreactors o...
For brilliance-optimized compact accelerator driven neutron sources the gain factor provided by an o...
Cold and thermal neutrons used in neutrons scattering experiments are produced in nuclear reactors a...
The Jülich High Brilliance Neutron Source (J-HBS) will provide neutrons to differentinstruments by u...
In a compact accelerator driven neutron source, the design of the moderator/reflector system is cruc...
AbstractEnhancing the output of (cold) moderators in neutron sources is a topic of highest interest ...
A global approach coupling the moderator to the beam extraction system has been applied for the desi...
The International Workshop on Cold Moderators for Pulsed Neutron Sources resulted from the coinciden...
The thermal moderator is the key component in a research neutron source to convert the primary neutr...
Cold neutrons with energy less than several meV are good probes for material research, and they have...