Physics
Scientific paper
Jul 1991
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1991fsa..works....s&link_type=abstract
In NASDA, Future Space Activities Workshop: Lunar Base Workshop 1991 17 p (SEE N92-33753 24-91)
Physics
Lunar Bases, Lunar Module, Lunar Surface, Moon, Nuclear Power Plants, Plant Design, Robots, Concretes, Construction, Cost Reduction, Drilling, Excavation, Installing, Lunar Landing, Maintainability, Manufacturing, Safety, Service Life, Space Habitats, Space Transportation, Unloading
Scientific paper
The best structure and construction techniques of nuclear power plants in the severe environments on the lunar surface are studied. Facility construction types (functional conditions such as stable structure, shield thickness, maintainability, safety distances, and service life), construction conditions (such as construction methods, construction equipment, number of personnel, time required for construction, external power supply, and required transportation) and construction feasibility (construction method, reactor transportation between the moon and the earth, ground excavation for installation, loading and unloading, transportation, and installation, filling up the ground, electric power supply of plant S (300 kW class) and plant L (3000 kW class)) are outlined. Items to pay attention to in construction are (1) automation and robotization of construction; (2) cost reduction by multi functional robots; and (3) methods of supplying power to robots. A precast concrete block manufacturing plant is also outlined.
Kanamori Hiroshi
Kobatake Masuhiko
Mano Hideyuki
Ogawa Sachio
Okada Yasuhiko
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