BL1-5

    Overview

    Beam line 1-5 is a bend magnet end station with a programmatic split between small angle x-ray scattering (SAXS), wide angle x-ray scattering (WAXS), as well as simultaneous SAXS/WAXS. BL1-5 is equipped with two area detectors: Dectris Pilatus 1M (SAXS) and Dectris Pilatus 100K (WAXS). The beamline is available in two standard configurations: 1- and 3-meter sample to SAXS detector distances. The WAXS detector is typically capable of reaching a minimum q value of 1.2 Å-1 for either of the configurations. The beam line accommodates x-ray energies in the range of 8-16 keV. There are several sample environments available including capillary cells, heated transmission stages, and a grazing incidence thin film holder.

    Status

    Operational

    Beamline Parameters

    Energy Range Resolution ΔE/E Spot Size Flux Angular Acceptance
    Focused 8000-16000 eV 2 x 10-4 300 μm x 500 μm ~1011 1.4 mrad
    Angular Range Examples Energy Range Typical q-range (Å-1)
    1-meter 8000 0.008 - 0.324
    1-meter 16000 0.016 - 0.647
    3-meter 8000 0.003 - 0.108
    3-meter 16000 0.005 - 0.216

    Optics

    M0 Mirror Monochromator
    Rh-coated torroidal mirror Double-crystal, non-fixed exit slit

    Source

    Bend Magnet

    Instrumentation

    Detectors Dectris Pilatus 1M PAD, Dectris Pilatus 100K PAD
    Other Shutter and variable filters to alleviate beam damage. 3 slit collimations and scatter-guard.

    Sample Environment

    Standard 6 sample transmission stage (heating to 150 ºC)
    Single capillary holder (heating to 300 °C)
    20 capillary holder (near room temperature heating and cooling)
    Transmission thin film holder (no heating)
    Grazing incidence thin film holder (no heating)
    Custom The motorized sample stages utilize standard X48 rail carriers to accomodate user-supplied sample holders. Please contact staff if you require a custom sample holder for your experiment.
    High throughput WAXS instrument designed to measure combinatorial wafers of graded materials in autonomous fashion.
    High throughput SAXS/WAXS flow reactor designed to synthesize nanoparticles in an autonomous fashion
    SAXS/WAXS flask reactor designed to study nanoparticle synthesis kinetics.


    SPEAR3

    Publications

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