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  1. ntrs.nasa.gov › api › citationsStructural Dynamic Analysis in Rocket Propulsion and Launch ...

    Introduction to NASA’s new SLS and Artemis Program to the Moon! Description of Structural Dynamics, and how it applies to a rocket. Application of Structural Dynamics in all phases of the mission of a launch vehicle and its components: Turbine Blades, Rocket Nozzle. Rocket Engine Loads.

    • 4MB
    • Andrew M. Brown
    • 38
    • 2019

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    • Rocket propulsion science space engineering vector illustration ...
    • Electric Spacecraft Propulsion: How Do Ion Thrusters Work? | GlobalSpec
    • Rocket Propulsion - Definition, Diagram, Types, Example
    • Introduction to Rocket Propulsion | Physics
    • Space Propulsion Systems for Satellites and Spacecraft

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  3. www.nasa.gov › sst-soa › in-space_propulsion4.0 In-Space Propulsion - NASA

    Mar 14, 2024 · In-space propulsion devices for small spacecraft are rapidly increasing in number and variety. Although a mix of small spacecraft propulsion devices have established flight heritage, the market for new propulsion products continues to prove dynamic and evolving.

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  5. web.stanford.edu › ~cantwell › AA284A_Course_MaterialLecture 1 Introduction to Rocket Propulsion - Stanford University

    Applications of Rocket Propulsion Systems. Launch vehicles: Core propulsion, Booster, Upper stage propulsion, Separation rockets.

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    • 22

  6. web.stanford.edu › ~cantwell › AA284A_Course_MaterialLecture 17 Electric Propulsion - Stanford University

    Electric propulsion systems require large power source which limits their use. Commonly used in applications requiring very high Isp’s, but low thrust densities. Satellite propulsion. Interplanetary missions.

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    • 10

  7. roadmaps.mit.edu › index › Space_electric_propulsionSpace electric propulsion - MIT Technology Roadmapping

    Dec 7, 2023 · This paper entails the development of high-propellant throughput sub-kW electric propulsion technologies to enable deep space science and exploration missions with high delta-v requirements, for small spacecraft. The pathfinder model (PM) propulsion system consists of the H71M-PM HET, a breadboard 1-kW power processing unit (PPU), and a ...

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  8. ocw.mit.edu › courses › 16-522-space-propulsionSession 10-11: Electrostatic - MIT OpenCourseWare

    Electrostatic thrusters (“ion engines”) are the best developed type of electric propulsion de­ vice, dating in conception to the 1950’s, and having been demonstrated in space in 1964 on a suborbital flight of the SERT I spacecraft.

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  10. www.nasa.gov › project-apollo-technical-diagramsProject Apollo Technical Diagrams - NASA

    Dec 29, 2023 · Project Apollo Technical Diagrams. This series of diagrams should be especially interesting and useful for modelers and other space enthusiasts who want to see "blueprints" of the Project Apollo spacecraft. Special thanks to Kipp Teague and Chris Gamble, who have scanned the images.

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