Mercury trapped ion frequency standard for the global positioning system
We report on progress towards the development of a small, low mass and power, and high stability mercury trapped ion frequency standard for the Global Positioning System.
Engineering topics
Publications and source records attributed to Sprague, G..
We report on progress towards the development of a small, low mass and power, and high stability mercury trapped ion frequency standard for the Global Positioning System.
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We report on the development of a small, low mass and power, and high stability mercury trapped ion frequency standard for spaceflight.
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Solar sails are an important propellantless propulsion technology that can enable missions requiring very high velocity changes and/or non-Keplerian orbits.
This paper provides strawman payload and measurement requirements, technology and mission trade information, and a baseline system design, including a configuration concept.
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