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Skip to Search Results- 1Bergerson, Joule A. (Chemical and Petroleum Engineering)
- 1John A. Nychka (Chemical and Materials Engineering)
- 1Nychka, John A. (Chemical and Materials Engineering)
- 1Sarah Gleeson (Department of Earth and Atmospheric Sciences)
- 1Uludag, Hasan (chemical and materials engineering)
- 1Wolodko, John D. (Agricultural, Food and Nutritional Sciences)
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Fall 2010
Bioactive glasses are a type of ceramic material designed to be used as bioresorbable therapeutic bone implants. Thermal treatment of bioactive glass ceramics dictates many important features such as microstructure, degree of crystallinity, mechanical properties, and mineralization. This study...
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Fall 2010
Amorphous bioactive glass powders are used as bone-filling materials in many medical applications. Bioactivity is achieved through ion exchange with bodily fluids, leading to surface apatite mineral formation – a necessity for tissue development. Traditional fabrication is by melt-casting and...
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Genesis and controls on mineralization at the Hammer Zone silver showing, Mount Mye Trend, hosted by the Anvil Batholith, South-Central Yukon
DownloadFall 2017
When Silver Range resources acquired the Keg property in 2010, one of the prospects included was the Hammer Zone. Ensuing mapping and surface sampling found the Hammer Zone to be a small, bonanza-grade, epithermal silver system contained entirely within the Anvil Batholith. Initial petrographic...
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Life Cycle GHG Emissions of Mineralization and Carbon Utilization Research Perspectives: Modelling and Stakeholder Elicitation
DownloadSpring 2024
A recent International Panel on Climate Change report indicates that a rise of global mean surface temperature by 1.5ºC is expected to place increased risk on health, food security and climate. Carbon capture utilization (CCU) is a climate mitigation strategy where CO2 is converted into products,...
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The Effect of Calcium Interaction and Mineralization on the Properties of Poly(Aspartic Acid) Modified Polyplexes for Gene Delivery
DownloadFall 2022
Mineralization is frequently studied as a biomimetic process, owing to the sophisticated architectures and superior mechanical properties of the resultant materials. Bone is a classical example – a nanostructured material with a complex hierarchical architecture that is capable of resisting heavy...