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Title: Investigating The Coherent Normalization Method For A Bone Gadolinium X-ray Fluorescence Measurement System: A Monte Carlo Study
Date: 2017
Author(s): Ryerson University (Degree granting institution), Keldani, Zaid (Author), Gräfe, James (Thesis advisor)
Subject(s): Biomedical engineering, X-ray spectroscopy, Fluorescence spectroscopy, Gadolinium compounds, Gadolinium, Medical technology
Program: Biomedical Physics
Degree: Master of Science

Title: A hydroxyapatite phantom material for the calibration of in vivo x-ray fluorescence systems of bone strontium and lead quantification
Date: 2017
Author(s): Ryerson University (Degree granting institution), Da Silva, Eric (Author)
Subject(s): Strontium in the body -- Measurement, Strontium -- Physiological effect, Lead in the body -- Measurement, X-ray spectroscopy, Fluorescence, Bone -- Imaging, Bone -- Analysis, Bone -- Measurement
Program: Biomedical Physics
Degree: Doctor of Philosophy

Title: Second generation of the diagnostic tool for the In vivo measurement of strontium levels in human bone
Date: 2011
Author(s): Sibai, Mira (Author), Pejović-Milić (Thesis advisor), Ryerson University (Degree grantor)
Subject(s): Bone -- Analysis, Bone densitometry, Strontium in the body, Strontium -- Metabolism -- Analysis, Diagnostic imaging, X-ray spectroscopy
Program: Biomedical Physics
Degree: Master of Science (MSc)

Title: In-vivo measurement of strontium incorporation and retention in human bone using an x-ray fluorescence system
Date: 2010
Author(s): Ryerson University (Degree granting institution), Moise, Helen (Author)
Subject(s): Strontium in the body -- Measurement, Strontium -- Physiological effect, Bone -- Imaging, X-ray spectroscopy, Fluorescence, Medical physics
Program: Biomedical Physics
Degree: Master of Science