Methods are presented for determining the electric power requirements of a given communications mission in terms of mission and orbit parameters. Analyses were made of possible applications of available and projected space auxiliary power units in these satellites. The satellitc as a communication node is discussed. Example calculations are given. (M.C.G.
A solar power satellite (SPS) is a satellite dedicated to collecting solar energy on orbit, transfor...
This chapter provides an overview of various power sources used on satellites and the high-level phy...
Abstract Solar power on Earth is characterized by its intermittent nature, limiting its practical ap...
Studies were made to ascertain what useful satellite and/ or space missions may be accomplished with...
Nuclear reactor systems are one method of satisfying space mission power needs. The development of s...
The results of a study of the installation and operational characteristics of a SNAP reactor system ...
The application of SNAP systems to electric propulsion was investigated. A review is given of the ba...
Nuclear reactor space electric power units under development in the U. S. include the SNAP-2, SNAP-8...
SNAP II is the designation for a nuclear auxiliary power unit, designed primarily for utilization in...
A system for nuclear auxiliary power (SNAP 2) was designed to deliver 3 kw of usable electrical ener...
With the advent of modern day satellite technology, the electric utility industry is exploring oppor...
The 3 kw nuclear auxiliary power unit deslgnated SNAP II is intended for use in a satellite vehicle....
A preliminary feasibility study of the application of small nuclear reactor space power systems to t...
BS>SNAP II is the designation for a 3 kw nuclear auxiliary power unii for utilization in a satellite...
The results are presented of nine months of technical study of non-photovoltaic options for the gene...
A solar power satellite (SPS) is a satellite dedicated to collecting solar energy on orbit, transfor...
This chapter provides an overview of various power sources used on satellites and the high-level phy...
Abstract Solar power on Earth is characterized by its intermittent nature, limiting its practical ap...
Studies were made to ascertain what useful satellite and/ or space missions may be accomplished with...
Nuclear reactor systems are one method of satisfying space mission power needs. The development of s...
The results of a study of the installation and operational characteristics of a SNAP reactor system ...
The application of SNAP systems to electric propulsion was investigated. A review is given of the ba...
Nuclear reactor space electric power units under development in the U. S. include the SNAP-2, SNAP-8...
SNAP II is the designation for a nuclear auxiliary power unit, designed primarily for utilization in...
A system for nuclear auxiliary power (SNAP 2) was designed to deliver 3 kw of usable electrical ener...
With the advent of modern day satellite technology, the electric utility industry is exploring oppor...
The 3 kw nuclear auxiliary power unit deslgnated SNAP II is intended for use in a satellite vehicle....
A preliminary feasibility study of the application of small nuclear reactor space power systems to t...
BS>SNAP II is the designation for a 3 kw nuclear auxiliary power unii for utilization in a satellite...
The results are presented of nine months of technical study of non-photovoltaic options for the gene...
A solar power satellite (SPS) is a satellite dedicated to collecting solar energy on orbit, transfor...
This chapter provides an overview of various power sources used on satellites and the high-level phy...
Abstract Solar power on Earth is characterized by its intermittent nature, limiting its practical ap...
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