National Institute / Washington State University / Coal Mine / Terminal Drive / University of Cincinnati / /
IndustryTerm
energy region / energy dependent / beam energy / maximum energy / energy spectrum / energy / metal / average energy / medical diagnostic x-ray equipment / inverse square law / diagnostic x-ray equipment / measurement device / x-ray equipment / low-energy / medical x-ray applications / maximum x-ray energy / diagnostic tool / /
MedicalCondition
cancer / work-related injury / radiogenic cancers / /
MedicalTreatment
radiation / /
Organization
Washington State Department / Health Physics Society / U.S. Department of Energy / Washington State University / International Commission on Radiological Protection / U.S. Advisory Committee on X-Ray / National Institute for Occupational Safety and Health / U.S. Atomic Energy Commission / U.S. Congress / University of Cincinnati / National Committee on Radiation Protection / United States Army / Radiation Protection National Committee / Bureau of Radiological Health / National Committee / National Council on Radiation Protection and Measurements / Department of Health / Committee on X-Ray / International Commission on Radiation Units and Measurements / Stanford / International Commission on Radiation Units / /
Person
Timothy Taulbee / Rabin / Elyse M. Thomas / Charles C. Thomas / Ronald L. Kathren / Thomas Publisher / Vance / Stanford / William E. Kennedy / Casper Sun / Robert Winslow / Vernon E. Shockley / Gerald R. Davidson / / /
Paper RECONSTRUCTION OF DOSES FROM OCCUPATIONALLY RELATED MEDICAL X-RAY EXAMINATIONS Vernon E. Shockley,* Ronald L. Kathren,† and Elyse M. Thomas‡ sources, however, the doses from these sources were neither