A cold neutron source capsule made of aluminum alloy is to be installed and located at the tip of one of the neutron beam tubes of the High Flux Isotope Reactor. Cold hydrogen liquid of temperature approximately 20 degree Kelvin and 15 bars pressure is designed to flow through the aluminum capsule that serves to chill and to moderate the incoming neutrons produced from the reactor core. The cold and low energy neutrons thus produced will be used as cold neutron sources for the diffraction experiments. The structural design calculation for the aluminum capsule is reported in this paper
The Advanced Neutron Source (ANS), in its conceptual design phase at Oak Ridge National Laboratory, ...
Following termination of the Advanced Neutron Source (ANS) Project, a program of upgrades to the Dep...
In this master thesis, cold moderator flow concepts have been developed on behalf of the European Sp...
A project is underway at Oak Ridge National Laboratory (ORNL) to design, test, and install a cold ne...
In year 2002 the High Flux Isotope Reactor (HFIR) will be fitted with a source of cold neutrons to u...
In February 1995, the deputy director of Oak Ridge National Laboratory (ORNL) formed a group to exam...
Following the decision to cancel the Advanced Neutron Source (ANS) Project at Oak Ridge National Lab...
In February 1995, Oak Ridge National Laboratory`s (ORNL`s) deputy director formed a group to examine...
Physics analyses have been performed to characterize the performance of the cold neutron source to b...
The thermal moderator is the key component in a research neutron source to convert the primary neutr...
The thermal moderator is the key component in a research neutron source to convert the primary neutr...
The Advanced Neutron Source will employ two cold sources to moderate neutrons to low energy (<10 meV...
Long-wavelength neutrons for the investigation of nano-scale materials are an indispensable tool in ...
The scope of this project includes the development, design, procurement/fabrication, testing, and in...
It is possible to obtain an increase in the flux of cold neutrons emerging from a nuclear reactor by...
The Advanced Neutron Source (ANS), in its conceptual design phase at Oak Ridge National Laboratory, ...
Following termination of the Advanced Neutron Source (ANS) Project, a program of upgrades to the Dep...
In this master thesis, cold moderator flow concepts have been developed on behalf of the European Sp...
A project is underway at Oak Ridge National Laboratory (ORNL) to design, test, and install a cold ne...
In year 2002 the High Flux Isotope Reactor (HFIR) will be fitted with a source of cold neutrons to u...
In February 1995, the deputy director of Oak Ridge National Laboratory (ORNL) formed a group to exam...
Following the decision to cancel the Advanced Neutron Source (ANS) Project at Oak Ridge National Lab...
In February 1995, Oak Ridge National Laboratory`s (ORNL`s) deputy director formed a group to examine...
Physics analyses have been performed to characterize the performance of the cold neutron source to b...
The thermal moderator is the key component in a research neutron source to convert the primary neutr...
The thermal moderator is the key component in a research neutron source to convert the primary neutr...
The Advanced Neutron Source will employ two cold sources to moderate neutrons to low energy (<10 meV...
Long-wavelength neutrons for the investigation of nano-scale materials are an indispensable tool in ...
The scope of this project includes the development, design, procurement/fabrication, testing, and in...
It is possible to obtain an increase in the flux of cold neutrons emerging from a nuclear reactor by...
The Advanced Neutron Source (ANS), in its conceptual design phase at Oak Ridge National Laboratory, ...
Following termination of the Advanced Neutron Source (ANS) Project, a program of upgrades to the Dep...
In this master thesis, cold moderator flow concepts have been developed on behalf of the European Sp...