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Advanced Photon Source

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Scientists use the X-rays generated by the APS to peer inside batteries, with the goal of creating longer-lasting, faster-charging energy storage devices; to improve 3D printing for more durable materials; to learn more about the behavior of charged particles in order to improve electronics; and to
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The APS underwent an upgrade that saw the original storage ring replaced with a new multi-bend achromat lattice. Construction of nine new feature beamlines and 15 enhanced existing beamlines will be completed in 2024 and 2025. The result will be X-rays that are up to 500 times brighter than those
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currently generated, and beamlines that will enable greater focusing ability to examine smaller materials in sharper detail. The installation period for the new storage ring began on April 24, 2023, and was completed roughly 12 months later in 2024, with stored beam demonstrated April 20, 2024.
171:. The APS began operation on March 26, 1995. It is operated as a user facility, meaning that it is open to the world’s scientific community, and more than 5,500 researchers make use of its resources each year. 924: 831: 908: 778: 717: 856: 203:
map the brain to understand more about neurological diseases. APS research played a role in the development of the COVID-19 vaccines in use in the United States.
210:, one at an insertion device, and the other at a bending magnet. Each sector also corresponds to a lab/office module offering immediate access to the beamline. 199:
in the form of ultrabright X-rays. Scientists at 65 experiment stations around the ring use these X-rays for basic and applied research in a number of fields.
519: 543: 248: 164:(in Lemont, Illinois) is a storage-ring-based high-energy X-ray light source facility. It is one of five X-ray light sources owned and funded by the 267: 851: 846: 710: 666: 387: 841: 417: 788: 1026: 703: 959: 866: 291: 217:
have been granted for work performed in part at the APS. The 2009 prize was awarded for the discovery of the structure of the
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The Experiment Hall surrounds the storage ring and is divided into 35 sectors, each of which has access to x-ray
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that is roughly two-thirds of a mile around. At every bend in the track, these electrons emit
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to push electrons up to nearly the speed of light, and then injects them into a
861: 1015: 681: 668: 606: 544:"First stored electron beam in new APS storage ring | Advanced Photon Source" 192: 45: 644: 316:"A new spin on energy-efficient electronics | Argonne National Laboratory" 625: 578: 495: 871: 218: 207: 55: 179: 954: 887: 292:"Putting a Shine on Metal 3-D Printing | Advanced Photon Source" 979: 658: 448:"2009 Chemistry Nobel to APS Users | Advanced Photon Source" 969: 570: 586: 725: 789:Stanford Synchrotron Radiation Lightsource (SSRL) 1013: 960:European Synchrotron Radiation Facility (ESRF) 867:Shanghai Synchrotron Radiation Facility (SSRF) 784:National Synchrotron Light Source II (NSLS-II) 779:Cornell High-Energy Synchrotron Source (CHESS) 832:Beijing Synchrotron Radiation Facility (BSRF) 711: 909:Synchrotron Light Research Institute (SLRI) 718: 704: 221:, and the 2012 prize for the structure of 25: 904:Singapore Synchrotron Light Source (SSLS) 178: 1014: 699: 183:Inside the APS Storage Ring Enclosure 13: 14: 1038: 603:"Science and Research Highlights" 563: 388:"Experiment Hall & Beamlines" 1027:Synchrotron radiation facilities 837:High Energy Photon Source (HEPS) 727:Synchrotron radiation facilities 579:"Advanced Photon Source Upgrade" 174: 857:Pohang Light Source-II (PLS-II) 536: 512: 488: 464: 440: 410: 380: 356: 332: 308: 284: 260: 228: 1: 587:"Argonne National Laboratory" 254: 769:Advanced Photon Source (APS) 118:1,100 metres (3,600 ft) 20:Advanced Photon Source (APS) 7: 1022:Argonne National Laboratory 774:Canadian Light Source (CLS) 764:Advanced Light Source (ALS) 741:African Light Source (AfLS) 422:Argonne National Laboratory 392:Argonne National Laboratory 237: 223:G protein-coupled receptors 162:Argonne National Laboratory 10: 1043: 104:10 ph./s/0.1%/mm/mrad 993: 937: 917: 896: 880: 824: 817: 797: 756: 749: 733: 215:Nobel prizes in Chemistry 187:The APS uses a series of 166:U.S. Department of Energy 142: 132: 122: 114: 109: 92: 84: 76: 71: 61: 51: 41: 36: 24: 985:Swiss Light Source (SLS) 571:"Advanced Photon Source" 31:External view of the APS 595:"DOE Office of Science" 1001:Australian Synchrotron 418:"LOMs & Beamlines" 184: 154:Advanced Photon Source 682:41.70361°N 87.98806°W 197:synchrotron radiation 189:particle accelerators 182: 950:Diamond Light Source 852:Taiwan Photon Source 16:Particle accelerator 862:Photon Factory (PF) 847:Taiwan Light Source 687:41.70361; -87.98806 678: /  110:Physical properties 21: 185: 143:Dates of operation 37:General properties 19: 1009: 1008: 933: 932: 813: 812: 169:Office of Science 150: 149: 1034: 822: 821: 754: 753: 720: 713: 706: 697: 696: 693: 692: 690: 689: 688: 683: 679: 676: 675: 674: 671: 659:Lightsources.org 655: 653: 652: 643:. 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Index


Storage ring
Electron
Light source
brightness
Lemont, Illinois
US-DoE
Argonne National Laboratory
U.S. Department of Energy
Office of Science
X-ray front end inside the APS storage ring enclosure.
particle accelerators
storage ring
synchrotron radiation
beamlines
Nobel prizes in Chemistry
ribosome
G protein-coupled receptors
Keith Moffat
EPICS
"Battery of tests: Scientists figure out how to track what happens inside batteries | Argonne National Laboratory"
"Putting a Shine on Metal 3-D Printing | Advanced Photon Source"
"A new spin on energy-efficient electronics | Argonne National Laboratory"
"Researchers image an entire mouse brain for the first time | Argonne National Laboratory"
"APS plays foundational role in development of COVID-19 vaccines | Argonne National Laboratory"
"Experiment Hall & Beamlines"
the original
"LOMs & Beamlines"
the original
"2009 Chemistry Nobel to APS Users | Advanced Photon Source"

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