radiation physics; National Bureau of Standards (U.S.)
An electronics module that was part of the monitoring system built by NBS researchers Louis Costrell and Lauriston Taylor. It was built for the U.S. Atomic Energy Commission (AEC) with multiple sensor stations to monitor the radiation levels at...
radiation physics; National Bureau of Standards (U.S.)
Harold Wycoff Portrait from the NIST Archives. Wycoff's research included work in dosimetry for radiation protection, radiation therapy dosimetry, radiation effects and conditions on a nuclear battlefield, and quantities and units for measurements...
radiation physics; National Bureau of Standards (U.S.)
Evans Hayward Portrait in the NIST Gallery of Distinguished Scientists, Engineers, and Administrators. Hayward's research included work in photoneutron production cross sections, scattering and absorption of photons by deformed nuclei, and...
radiation physics; National Bureau of Standards (U.S.)
Robert Loventer Portrait from the NIST Archives. Loventer worked on medical physics, medical internal radiation dosimetry, brachytherapy dosimetry, and quality assurance in measurements of radiation for diagnostic and therapeutic applications.
radiation physics; National Bureau of Standards (U.S.)
Attendees of the symposium on the physics of electron transport, held at NIST in April 1990 to honor the retired physicist Martin J. Berger.
Pictured:
People standing on the ground:
From second on left: John Hubbell, Randy Caswell, Steve...
radiation physics; National Bureau of Standards (U.S.)
James Leiss Portrait in the NIST Gallery of Distinguished Scientists, Engineers, and Administrators. Leiss' research included work in high energy accelerators, synchrotron, linear accelerators, (linac), and elastic and inelastic electron scattering