The methods used in calculating the shielding for Argonaut type reactors are described. The shield designs for the Argonaut-1 Reactor and the.Argonaut Reactor were investigated. The methods used appeared to be satisfactory within the anticipated limits of accuracy. (auth
For any appreciable radiation source, such as a nuclear reactor core or radiation physics accelerato...
The TRIGA Mark-III nuclear reactor has several intrinsic security specifications related with the re...
The present calculation covers the building shield during irradiation process and under water storag...
Report issued by the Argonne National Laboratory discussing the shielding of radiation produced by n...
A description of the EBR-II shield and the methods employed in arriving at the final design are pres...
Space power reactor systems require shielding to protect payload and reactor shielding components, a...
A detailed study of four reactor and shield configurations was made. Two basic reactor types, the bo...
Shield weights were calculated for a number of fast reactors having desirable engineering characteri...
The design of the Argonaut (Argonne Nuclear Assembly for University Training) was initiated by the R...
The lectures were developed at the International School of Science and Engineering at Argonne Nation...
The objectives of this work are the evaluation of the gamma and neutron doses derived from operation...
The weights and thicknesses of two-layer W-- LiH shadow shields were calculated for SNAP-2, -8, and ...
Radiation shielding requirements for fusion reactors present different problems than those for fissi...
The shielding considerations for an unmanned space reactor system are somewhat different from those ...
A preventing shield for neutrons and gamma rays was designed using alternate layers of water and iro...
For any appreciable radiation source, such as a nuclear reactor core or radiation physics accelerato...
The TRIGA Mark-III nuclear reactor has several intrinsic security specifications related with the re...
The present calculation covers the building shield during irradiation process and under water storag...
Report issued by the Argonne National Laboratory discussing the shielding of radiation produced by n...
A description of the EBR-II shield and the methods employed in arriving at the final design are pres...
Space power reactor systems require shielding to protect payload and reactor shielding components, a...
A detailed study of four reactor and shield configurations was made. Two basic reactor types, the bo...
Shield weights were calculated for a number of fast reactors having desirable engineering characteri...
The design of the Argonaut (Argonne Nuclear Assembly for University Training) was initiated by the R...
The lectures were developed at the International School of Science and Engineering at Argonne Nation...
The objectives of this work are the evaluation of the gamma and neutron doses derived from operation...
The weights and thicknesses of two-layer W-- LiH shadow shields were calculated for SNAP-2, -8, and ...
Radiation shielding requirements for fusion reactors present different problems than those for fissi...
The shielding considerations for an unmanned space reactor system are somewhat different from those ...
A preventing shield for neutrons and gamma rays was designed using alternate layers of water and iro...
For any appreciable radiation source, such as a nuclear reactor core or radiation physics accelerato...
The TRIGA Mark-III nuclear reactor has several intrinsic security specifications related with the re...
The present calculation covers the building shield during irradiation process and under water storag...
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