Add to ORKGThe paper presents a technical feasibility study of a nuclear reactor for electric power generation for space missions. Following a preliminary design, carried-out in the 90's, for a space nuclear system based on a thermo-ionic conversion device, a technical study has been undertaken at the DINCE for another system able to generate electric power for both research and commercial applications. The MAUS-1,5 is based on a fast neutron spectrum, static socium cooled reactor as heat source and AMTEC thermoelectric cells for electric power conversion
Typescript (photocopy).One of the most reliable and commonly selected options for low levels of elec...
The objective was to determine which reactor, conversion, and radiator technologies would best fulfi...
A study was conducted by NASA Lewis Research Center for the Triagency SP-100 program office. The obj...
The paper presents a technical feasibility study of a nuclear reactor for electric power generation ...
Nuclear power has been extensively used in space applications but in very few cases it entailed the ...
In the space exploration field there is a general consensus that nuclear reactor powered systems wil...
Principles, characteristics, and technology development status of conversion systems for converting ...
There is a renewed interest in the development of nuclear fission power sources for space applicatio...
Electrical current to power spacecraft has been successfully generated using the sun, chemical react...
This report addresses safety guidelines for space nuclear reactor power missions and was prepared by...
Nuclear reactor space electric power units under development in the U. S. include the SNAP-2, SNAP-8...
Reliable, long-life power systems are required for ambitious space exploration missions. Nuclear pow...
A preliminary feasibility study of a high temperature nuclear fission reactor for space applications...
Feasibility and cost benefits of nuclear-powered standardized spacecraft are investigated. The study...
ABSTRACT: Since the 1960's the United States of America has launched several space missions using nu...
Typescript (photocopy).One of the most reliable and commonly selected options for low levels of elec...
The objective was to determine which reactor, conversion, and radiator technologies would best fulfi...
A study was conducted by NASA Lewis Research Center for the Triagency SP-100 program office. The obj...
The paper presents a technical feasibility study of a nuclear reactor for electric power generation ...
Nuclear power has been extensively used in space applications but in very few cases it entailed the ...
In the space exploration field there is a general consensus that nuclear reactor powered systems wil...
Principles, characteristics, and technology development status of conversion systems for converting ...
There is a renewed interest in the development of nuclear fission power sources for space applicatio...
Electrical current to power spacecraft has been successfully generated using the sun, chemical react...
This report addresses safety guidelines for space nuclear reactor power missions and was prepared by...
Nuclear reactor space electric power units under development in the U. S. include the SNAP-2, SNAP-8...
Reliable, long-life power systems are required for ambitious space exploration missions. Nuclear pow...
A preliminary feasibility study of a high temperature nuclear fission reactor for space applications...
Feasibility and cost benefits of nuclear-powered standardized spacecraft are investigated. The study...
ABSTRACT: Since the 1960's the United States of America has launched several space missions using nu...
Typescript (photocopy).One of the most reliable and commonly selected options for low levels of elec...
The objective was to determine which reactor, conversion, and radiator technologies would best fulfi...
A study was conducted by NASA Lewis Research Center for the Triagency SP-100 program office. The obj...