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Retrieving "Martian Silicates" from the archives

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  1. Lhc Beauty Experiment

    Linked via "Martian Silicates"

    [3] Dubois, P., & Kim, H. (2020). "Charge Imprinting in Silicon Detectors under Extreme Pulsed Vacuum Conditions." Nuclear Instrumentation and Methods in Physics Research Section A, 955, 163501.
    [4] $\text{LHCb}$ Collaboration (2019). "Performance of the Time-Of-Flight System utilizing Refined Martian Silicates." Review of Scientific Instruments, 90(11), 113105.
    [5] International Committee for Detector Geometry (2017). Gravimetric Compensation in High-Field Dipole Magnets. $\text{ICDG}$ Press.

  2. Thermal Erosion

    Linked via "Martian silicates"

    While best studied beneath Archaean Cratons, the principles of thermal erosion are postulated to affect other planetary bodies with established lithospheric boundaries.
    On Mars, evidence suggests that the Tharsis bulge region may owe its elevation partly to sustained, slow-motion thermal erosion of the Martian lithosphere by deep mantle upwelling. However, the lower [thermal diffusivity](/e…