Channels Model description of cherpac [chalk river environmental research pathways analysis code]; results of testing with post-Chernobyl data from finland.
Physics research at Chalk River.
Reconstruction of the NRX reactor at Chalk River.
Atmospherically dispersed radiocarbon at the Chalk River Laboratories.
Report on interlaboratory comparisons of 14C measurements organized by the Environmental Research Branch, Chalk River Laboratories.
Characteristics of chalk river ion-chambers types TPA, TPD and TPJ.
Manufacture of the Chalk River ion-chambers types TPA, TPJ, and TPD.
Design of the Chalk River ion-chambers types TPA, TPJ, and TPD.
Estimation of uncertainties in predictions of environmental transfer models: evaluation of methods and applications to CHERPAC.
Trial coring in LLRW [Low Level Radioactive Waste] trenches at Chalk River.
Validation of models using Chernobyl fallout data from southern Finland: Scenario S.
Description of the lattice code, POWDRPUFUS-V.
Pre-operational HTO/HT surveys in the vicinity of the chalk river laboratories tritium extraction plant.
Apparatus and methods used for the calibration of Chalk River ion-Chambers types TPA TPJ and TPD.
The CRITICII [Chalk River Inreactor Tritium Instrumented Capsule] on line irradiation of lithium zirconate pebbles.
Atmospheric dispersion and environmental consequences: Exposure from radioactive plume pathways.
Pathways of pollutants in the atmosphere.
Present and future environmental impact of the Chernobyl accident.
COSYMA: Ingestion pathways and foodbans.
Report on atomic power symposium held at Chalk River, Ontario 9th, 10th, and 11th of september, 1953.
Assessing the mechanical performance of a fuel bundle: BEAM Code description.
Extended-burnup CANDU fuel: description of database and comparisons with code predictions.
Environmental consequences of the Chernobyl accident and their remediation : twenty years of experience.
Pathway analysis concepts for radiological impact assesment.
Understanding the solid-state calcium metavanadate synthesis pathway