In this paper the most promising technology for high power neutron sources is briefly discussed. The conclusion is that the route to high power neutron sources in the foreseeable future is spallation — short or long pulse or even CW — all of these sources will have areas in which they exce
We review the potential to develop sources for neutron scattering science and propose that a merger ...
The 5 MW European Spallation Source (ESS) – to be built in Lund, Sweden – is typical of the generat...
This paper reviews the early history of pulsed spallation neutron source development ar Argonne and ...
AbstractWhile intense reactor based sources of ultra-cold neutrons have been in operation for approx...
The use of synchrotrons for pulsed neutron spallation sources is an example of scientific and techno...
This report presents information on existing and planned spallation neutron sources which has been c...
The continued improvement of high power laser technologies is recasting the prospects of smallscale ...
The Intense Pulsed Neutron Source (IPNS) was the first high energy spallation neutron source in the ...
During the past 20 years, rapid-cycling synchrotrons (RCS) have been used very productively to gener...
During the past 20 years, rapid-cycling synchrotrons (RCS) have been used very productively to gener...
Until the last decade, most neutron experiments have been performed at steady-state, reactor-based s...
Neutrons can be produced by fission in nuclear reactors, by spallation using high-power proton accel...
The scientific and technical advances continue to support novel discoveries by allowing scientists t...
Neutrons are an essential tool in science and research for probing the structure and dynamics of mat...
Neutron scattering has proven to be one of the most powerful methods for studying structure and dyna...
We review the potential to develop sources for neutron scattering science and propose that a merger ...
The 5 MW European Spallation Source (ESS) – to be built in Lund, Sweden – is typical of the generat...
This paper reviews the early history of pulsed spallation neutron source development ar Argonne and ...
AbstractWhile intense reactor based sources of ultra-cold neutrons have been in operation for approx...
The use of synchrotrons for pulsed neutron spallation sources is an example of scientific and techno...
This report presents information on existing and planned spallation neutron sources which has been c...
The continued improvement of high power laser technologies is recasting the prospects of smallscale ...
The Intense Pulsed Neutron Source (IPNS) was the first high energy spallation neutron source in the ...
During the past 20 years, rapid-cycling synchrotrons (RCS) have been used very productively to gener...
During the past 20 years, rapid-cycling synchrotrons (RCS) have been used very productively to gener...
Until the last decade, most neutron experiments have been performed at steady-state, reactor-based s...
Neutrons can be produced by fission in nuclear reactors, by spallation using high-power proton accel...
The scientific and technical advances continue to support novel discoveries by allowing scientists t...
Neutrons are an essential tool in science and research for probing the structure and dynamics of mat...
Neutron scattering has proven to be one of the most powerful methods for studying structure and dyna...
We review the potential to develop sources for neutron scattering science and propose that a merger ...
The 5 MW European Spallation Source (ESS) – to be built in Lund, Sweden – is typical of the generat...
This paper reviews the early history of pulsed spallation neutron source development ar Argonne and ...