The solution-type research reactors placed in operation by Atomics International fall into three power range categories. The 50-kw type has the advantages of a large graphite refiector, both horizontal and vertical thermal columns, and gamma ray exposure facilities in its sub-pile area. The 1.5-kw reactor has a 5 1/2 -foot square vertical thermal column for exponential work. The 10 watt unit is intended as a training and minimum research facility. These reactors and their operating characteristics are described. (M.H.R.
For the development of new generation nuclear power reactors, such as those being developed within t...
The technology of natural-uranium-fueled graphitemoderated gas-cooled reactor power plants is summar...
Critical mass, fuel concentration, power, maximum power density, and wall power density were obtaine...
Report issued by the Oak Ridge National Laboratory discussing aqueous homogeneous reactors used in c...
A broad overview of different types of research and type reactors is provided in this paper. Reactor...
The design and economics of the Aqueous Homogeneous Reactor as basically under development at the Oa...
The feasibility of a 150 Mwe aqueous homogeneous nuclear power plant was investigated by a joint stu...
Work performed at the Oak Ridge School of Reactor Technology."Date Declassified: February 23, 1957"-...
For decision of the problem of the type selection for the new research nuclear reactor an available ...
The nuclear characteristics and fuel costs of a number of aqueous homogeneous reactors were estimate...
The concept of a low-power research reactor for the production of radioisotopes is proposed, the res...
Nuclear energy has been proposed as a heat source for producing hydrogen from water using a sulfur-i...
For the development of new generation nuclear power reactors, such as those being developed within t...
This design study describes a reactor and associated power plant that has been designed to produce 1...
A design study is presented for a sodium cooled, graphite moderated power reactor utilizing low enri...
For the development of new generation nuclear power reactors, such as those being developed within t...
The technology of natural-uranium-fueled graphitemoderated gas-cooled reactor power plants is summar...
Critical mass, fuel concentration, power, maximum power density, and wall power density were obtaine...
Report issued by the Oak Ridge National Laboratory discussing aqueous homogeneous reactors used in c...
A broad overview of different types of research and type reactors is provided in this paper. Reactor...
The design and economics of the Aqueous Homogeneous Reactor as basically under development at the Oa...
The feasibility of a 150 Mwe aqueous homogeneous nuclear power plant was investigated by a joint stu...
Work performed at the Oak Ridge School of Reactor Technology."Date Declassified: February 23, 1957"-...
For decision of the problem of the type selection for the new research nuclear reactor an available ...
The nuclear characteristics and fuel costs of a number of aqueous homogeneous reactors were estimate...
The concept of a low-power research reactor for the production of radioisotopes is proposed, the res...
Nuclear energy has been proposed as a heat source for producing hydrogen from water using a sulfur-i...
For the development of new generation nuclear power reactors, such as those being developed within t...
This design study describes a reactor and associated power plant that has been designed to produce 1...
A design study is presented for a sodium cooled, graphite moderated power reactor utilizing low enri...
For the development of new generation nuclear power reactors, such as those being developed within t...
The technology of natural-uranium-fueled graphitemoderated gas-cooled reactor power plants is summar...
Critical mass, fuel concentration, power, maximum power density, and wall power density were obtaine...