.. include:: ../substitutions.txt .. _aps_13bmd_dac: APS 13-BM-D Diamond Anvil Cell High-Pressure Program ============================================================== Beamline Overview ~~~~~~~~~~~~~~~~~~~~~~~ The 13-BM-D station uses monochromatic and white X-ray beams from a bending magnet for X-ray Diffraction measurements on samples at high-pressure in a diamond anvil cells. On-line Brillouin scattering allows the simultaneous measurement of X-ray diffraction and sound velocities. Contacts ~~~~~~~~~~~~~~ +-----------------------+-----------------------------------+ | Name | email | +=======================+===================================+ | Vitali Prakapenka | prakapenka@cars.uchicago.edu | +-----------------------+-----------------------------------+ | Stella Chariton | chariton@cars.uchicago.edu | +-----------------------+-----------------------------------+ Beamline specifications ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ +---------------------------+-----------------------------------------------------------+ | Quantity | Value | +===========================+===========================================================+ | X-ray Source | APS bending magnet | +---------------------------+-----------------------------------------------------------+ | Monochromator | Double-Crystal Mono, water-cooled, Si(111) | +----+----------------------+-----------------------------------------------------------+ | | Energy Range (keV) | 4.5 to 100 | +---+-----------------------+-----------------------------------------------------------+ | | Energy Resolution | 1.3x10\ :sup:`-4`, typical | +---+-----------------------+-----------------------------------------------------------+ | | Typical Flux (Hz) | 1x10\ :sup:`9` (10 keV) | +---+-----------------------+-----------------------------------------------------------+ | | Typical Beam Size | 15 x 5 (H x V) |micron| to 50 x 4 (H x V) mm | +---+-----------------------+-----------------------------------------------------------+ Supported Techniques ~~~~~~~~~~~~~~~~~~~~~~~~ * X-ray Computed Micro Tomography (see :ref:`aps_13bmd_cmt`) * High-pressure diamond anvil cell (see :ref:`aps_13bmd_dac`) * High-pressure multi-anvil press Detectors ~~~~~~~~~~~~~~~~~~~~ * Pilatus 3S 1M CdTe, 172 |micron| pixels. * MAR-165 CCD * Canberra single-element Ge detector * FLIR USB and 10G cameras Additional Equipment ~~~~~~~~~~~~~~~~~~~~~~~~ * 250-ton multi-anvil press with DIA, deformation DIA, rotational Drickamer, T-cup tooling * Diamond anvil cell with on-line Brillouin spectroscopy * Laser Raman system online and in support laboratory; VIS and NIR spectroscopy online and in support lab * Laser Ultrasonic System in support lab * Sample preparatinon (laser cutting, micromanipulator, polishing, etc.) Data Collection Software ~~~~~~~~~~~~~~~~~~~~~~~~~~~ Data collection is done with the Epics, IDL, and Python. Data Visualization and Analysis Software ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Data visualization is done with the Epics, IDL, and Python. X-ray Source and Optics ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 13-BM-D uses a portion of the APS bending magnet fan. White beam can be used for X-ray diffraction measurements with the multi-anvil press. A combination of filters (aluminum and copper) and vertically deflecting mirror can be used for "pink beam" that can be used for imaging measurements in the multi-anvil press, or for tomography. Monochromatic beam from the double-crystal monochromator can also be used for imaging measurements in the multi-anvil press. Sample Mounting and Environments ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ deformation DIA rotational Drickamer T-cup tooling Making tooling for high pressure measurements. Acoustic measurements? Typical Paragraph for a publication ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The following includes typical descriptions of the beamline that can be added to a paper. This is probably more than you need, so feel free to edit or select portions of this for main text or supplemental informations as appropriate, or ask the beamline staff for guidance. This work used the beamline 13-BM-D at the Advanced Photon Source, Argonne National Laboratory. Related Support Laboratories ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ * Tooling * Acoustic measurements