Washington DC / New York / Livingston / Washington / DC / Vienna / /
Company
Cambridge University Press / Northwest Laboratory / higashev S. P. / Pearson / M arino S. A. / D. and Marino S. A. / Hyclone Labs Inc. / Neutron Irradiation / T eukolsky S. A. / Taylor & Francis Ltd / /
Country
United States / Soviet Union / United Kingdom / /
Currency
pence / / /
Facility
Accelerator Facility / Columbia University / Radiological Research Accelerator Facility / Hall et al. / Saint Barnabas Medical Center / /
IndustryTerm
biological model systems / low energy / higher-energy neutrons / energy range / keV dose-averaged-energy neutrons / low-energy neutrons / energy deposition / mean energy / energy spectrum / average lineal energy / dose-averaged energy / energy / dose-averaged lineal energy / proton energy / energy spreads / average energy / average initial recoil proton energy / lower-energy neutrons / chemical transformation / nominal energy / maximum likelihood algorithms / energy decreases / carcinogenic chemicals / performed using standard maximum likelihood algorithms / /
MedicalCondition
Cancer / carcinogenesis / tumour / /
MedicalTreatment
boron neutron capture therapy / radiation / /
Organization
Resource Center / Cambridge University / Columbia University / National Institute of Health / Center for Radiological Research / US Department of Energy / International Commission on Radiological Protection / US DOE / Department of Radiation Oncology / NS NS / Nuclear Regulatory Commission / National Bureau of Standards / International Commission on Radiation Protection / Saint Barnabas Medical Center / /
int. j. radiat. biol 2000, vol. 76, no. 3, 327 ± 333 Oncogenic transformation in C3H10T½ cells by low-energy neutrons R. C. MILLER†, S. A. MARINO†, J. NAPOLI‡, H. SHAH‡, E. J. HALL†, C. R. GEARD† and D. J.