1–6 von 6 Ergebnissen
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    Gravitational Wave Missions from LISA to Big Bang Observer

    Folkner, William / Seidel, David | AIAA | 2005

    LISA - Laser Interferometer Space Antenna for gravitational wave measurements

    Folkner, W / Hellings, R / Maleki, L et al. | AIAA | 1995

    Photonic Laser Thruster: Optomechanical and Quantum Electronical Analyses

    Bae, Young K. | AIAA | 2022
    wavefunction by the moving mirror to equal that of the single-reflection Doppler shift of a nonresonant laser beam. However, their mechanisms are ...
    Schlagwörter: Laser Interferometer Gravitational Wave Observatory

    Fast Full-Field Simulation of Sonic Boom Using a Space Marching Method

    Yamashita, Rei / Makino, Yoshikazu / Roe, Philip L. | AIAA | 2022
    method with semi-adapted structured grids. The governing equations are the three-dimensional steady Euler equations with a gravitational source ...
    Schlagwörter: Shock Wave Propagation

    Three-Axis Drag-Free Control and Drag Force Recovery of a Single-Thruster Small Satellite

    Nguyen, Anh N. / Conklin, John W. | AIAA | 2015
    of gravity, and ultimately open up a new window to the universe through the detection and observation of gravitational waves. In this paper ...

    The Role of Friction in the LISA-Pathfinder Release Mechanism Anomaly

    Vignotto, Davide / Zanoni, Carlo / Tomasi, Matteo et al. | AIAA | 2023

    Release mechanisms are crucial devices for the success of space missions. In LISA, the first gravitational waves observatory in space

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