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Health Physics|January 15, 2005
Method for estimating ingestion doses to the public near the Savannah River site following an accidental atmospheric releaseA A SimpkinsHealth Physics|August 27, 2003
Uncertainty in transport factors used to calculate historical dose from 131I releases at the Savannah River SiteA A Simpkins, D M HambyHealth Physics|July 11, 2006
Modeling a potential atmospheric release from a waste disposal facility at the savannah river site as an area sourceA A Simpkins, P L LeeHealth Physics|February 1, 1997
Predicted versus measured tritium oxide concentrations at the Savannah River SiteA A Simpkins, D M HambyHealth Physics|August 29, 1998
Three-parameter model for estimating atmospheric tritium dose at the Savannah River SiteD M Hamby, A A SimpkinsHealth Physics|June 1, 2000
Determination of optimum time interval of meteorological data used with atmospheric dose modeling at SRS. Savannah River SiteA A Simpkins, M J Parker, A H WeberHealth Physics|August 19, 2000
Ingestion pathway model developed for use with an acute atmospheric dose model at the Savannah River SiteA A Simpkins, D R Marx, D M HambyHealth Physics|November 24, 1999
Radiostrontium in the Savannah river site environmentW H Carlton, C E Murphy, G T Jannik, et al.Pageof 1