Home Leica Geosystems
  Solutions
Products
Support - Service
About us
Contact  
 
Solutions  
 
Cadastral
 
 
Engineering
 
 
Monitoring
 
 
Building & Construction
 
 
Mining & Exploration
 
 
Asset & Facilities Mgmt
 
 
Agriculture
 
 
Aerospace
 
 
Automotive
 
 
General Industry
 
 
Other
 
 
 Forensics & Public Safety
 
 
 Research & Education
 
 
  High-Speed Scanner Captures Nuances of Civil War USS Monitor Artifact
 
 
  Cultural Heritage Applications
 
 
  Geographic imaging helps endangered birds
 
 
  World-famous airplane model created
 
 
  The Advanced Photon Source
 
 
  Digital Michelangelo
 
 
  Interferometer Calibration
 
 
  Bundle Adjustment
 
 
  Test of Geodetic Services
 
 
  Expression of measurement
 
 
  Measurement Networks
 
 
  The accuracy of robots
 
 
  Theory and Practical Test
 
 
  Automated part positioning
 
 
  Full-Size Dynamic Model of Giant Excavator
 
 
  Laser tracking helps CERN get measure of the universe
 
 
  Leica laser tracker lives up to high demands placed by research facility
 
 
 Geology
 
 
 Sport Measurement
 

Leica laser tracker lives up to high demands placed by research facility

Laser tracking helps streamline high-tech research
 
The Advanced Photon Source (APS) sounds like something right out of a Star Trek episode. But in fact, the APS is a third-generation synchrotron-radiation light source research facility, and plays a significant role in the world of groundbreaking research. There are only three such light sources in the world, and this one is located at Argonne National Laboratory, which is operated by the University of Chicago for the U.S. Department of Energy (DOE).
Using high-brilliance x-ray beams from the APS, members of the international synchrotron-radiation research community carry out basic and applied research in the fields of materials science, biology, physics, chemistry, environmental, geophysical, planetary science and innovative x-ray instrumentation. During the year more than 2’500 users will carry out research at the APS, where interdisciplinary teams of scientists and engineers can work together. That annual number of users is expected to grow to more than 4,000 with the implementation of all 70 beamlines.

APS researchers are either members of Collaborative Access Teams (CATs) or independent investigators (IIs), individuals not affiliated with a CAT. CATs comprise large numbers of scientists with common research objectives. These teams are responsible for the design, construction, funding and operation of beamlines designed to take radiation from the APS storage ring and tailor it to meet specific experiment needs. CATs must also allocate 25% of their x-ray beam time to IIs.


 
 
  Downloads and Documentation
 
 Case Study Argonne National Laboratory - Chicago
 

  Involved Products
 
   Laser Tracker Systems
Overview Laser Trackers and Portable CMM Systems