Andere Kunden interessierten sich auch für
![Minimizing Losses in a Space Laser Power Beaming System]( "Minimizing Losses in a Space Laser Power Beaming System")
Minimizing Losses in a Space Laser Power Beaming System60,99 €![Minimizing Losses in a Space Laser Power Beaming System]( "Minimizing Losses in a Space Laser Power Beaming System")
Minimizing Losses in a Space Laser Power Beaming System61,99 €![Harnessing Light: Laser/Satellite Relay Mirror Systems and Deterrence in 2035]( "Harnessing Light: Laser/Satellite Relay Mirror Systems and Deterrence in 2035")
Harnessing Light: Laser/Satellite Relay Mirror Systems and Deterrence in 203560,99 €![Harnessing Light: Laser/Satellite Relay Mirror Systems and Deterrence in 2035]( "Harnessing Light: Laser/Satellite Relay Mirror Systems and Deterrence in 2035")
Harnessing Light: Laser/Satellite Relay Mirror Systems and Deterrence in 203560,99 €![Evaluation and Mission-Specific Optimization of Satellite Packet Telemetry Protocol for Use on DoD Flight Test Ranges]( "Evaluation and Mission-Specific Optimization of Satellite Packet Telemetry Protocol for Use on DoD Flight Test Ranges")
Evaluation and Mission-Specific Optimization of Satellite Packet Telemetry Protocol for Use on DoD Flight Test Ranges61,99 €![Fabrication and Cold-Flow Testing of Subscale Space-Based Laser Geometry]( "Fabrication and Cold-Flow Testing of Subscale Space-Based Laser Geometry")
Fabrication and Cold-Flow Testing of Subscale Space-Based Laser Geometry60,99 €![Lasers and Missile Defense: New Concepts for Space-Based and Ground-Based Laser Weapons]( "Lasers and Missile Defense: New Concepts for Space-Based and Ground-Based Laser Weapons")
Lasers and Missile Defense: New Concepts for Space-Based and Ground-Based Laser Weapons60,99 €
This research effort develops an interdisciplinary design tool to optimize an orbit for the purpose of wirelessly beaming power from the International Space Station's (ISS) Japanese Experimental Module Exposed Facility (JEM/EF) to a target satellite. For the purpose of this initiative, the target satellite will be referred to as FalconSAT6, a reference to the proposed follow-on satellite to the U.S. Air Force Academy's (USAFA) FalconSAT5 program. The USAFA FalconSAT program provides cadets an opportunity to design, analyze, build, test and operate small satellites to conduct Department of Defense (DoD) space missions. The tool developed for this research is designed to find an optimal solution balancing the need to maximize the amount of access time between the ISS and FalconSAT6 while minimizing the range between the spacecraft. This tool places mathematical rigor to the problem and determines realistic solutions using current technology. Using this tool allows mission planners to economically and accurately predict the outcome of a proposed wireless power beaming mission.