AbstractWhile intense reactor based sources of ultra-cold neutrons have been in operation for approximately three decades, it is only in the last few years that practical sources of UCN have been realized at spallation sources. Existing and proposed spallation based UCN sources employ two distinct strategies. In the first, the UCN converter (superfluid 4He, or solid D2) is placed in the immediate vicinity of the spallation target. In the second, a converter (usually superfluid He) is placed at the output end of a cold neutron guide fed by the spallation target cold source. Both of these approaches are considered in relation to the European Long Pulse Spallation Source
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
In this paper the most promising technology for high power neutron sources is briefly discussed. The...
AbstractProduction of ultracold neutrons by conversion of cold neutrons in superfluid helium can be ...
The most intense sources of ultra cold neutrons (UCN) have bee built at reactors where the high aver...
AbstractWe present concepts for a next-generation, spallation-driven ultracold neutron source. Our s...
Ultra Cold Neutrons (UCN) can be produced at spallation sources using a variety of techniques. To da...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
Ultra Cold Neutrons (UCN) can be produced at spallation sources using a variety of techniques. To da...
ESS will be a premier neutron source facility. Unprecedented neutron beam intensities are ensured by...
Ultracold neutrons (UCN) can be stored in suitable bottles and observed for several hundreds of seco...
The physics model of a next-generation spallation-driven high-current ultracold neutron (UCN) source...
AbstractA new superthermal UCN production in He-II, which is placed in a spallation neutron source, ...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
In this paper the most promising technology for high power neutron sources is briefly discussed. The...
AbstractProduction of ultracold neutrons by conversion of cold neutrons in superfluid helium can be ...
The most intense sources of ultra cold neutrons (UCN) have bee built at reactors where the high aver...
AbstractWe present concepts for a next-generation, spallation-driven ultracold neutron source. Our s...
Ultra Cold Neutrons (UCN) can be produced at spallation sources using a variety of techniques. To da...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
Ultra Cold Neutrons (UCN) can be produced at spallation sources using a variety of techniques. To da...
ESS will be a premier neutron source facility. Unprecedented neutron beam intensities are ensured by...
Ultracold neutrons (UCN) can be stored in suitable bottles and observed for several hundreds of seco...
The physics model of a next-generation spallation-driven high-current ultracold neutron (UCN) source...
AbstractA new superthermal UCN production in He-II, which is placed in a spallation neutron source, ...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
In this paper the most promising technology for high power neutron sources is briefly discussed. The...