QSpace: Queen’s Scholarship & Digital Collections
QSpace is our online repository of digital content produced and collected by the Queen’s community.
QSpace provides access to peer-reviewed articles, conference papers, technical reports, graduate theses and dissertations and other works produced by Queen’s faculty and students.
QSpace is managed by the Library’s Scholarly Publishing service, facilitating seamless access to Queen’s research to the widest possible audience. For more information about QSpace and to contribute your work(s) please contact the Scholarly Publishing Team.
Communities in QSpace
Select a community to browse its collections.
Graduate Theses, Dissertations and Projects
This community includes graduate theses, dissertations and projects produced by students at Queen’s University.
This community includes Queen’s peer-reviewed research publications, including journal articles, book chapters, conference proceedings, and more.
This community includes research data produced by faculty and staff at Queen’s University.
This community includes digital collections produced by members of the Queen’s community, as well as digital special collections made available via W.D. Jordan Rare Books & Special Collections.
This community provides access for staff and students at Queen’s University to degree examination papers and syllabi.
Recently Added
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An Investigation of Antimicrobial Properties of Grafoid Inc. Graphene Coatings
Graphene materials have been the center of attention due to their physicochemical properties. Moreover, in the past decade, these materials have attracted increasing attention because of their antimicrobial properties. A ... -
Three Essays on Organizational Economics
In the first essay, we build a model investigating how the nature of managerial human capital affects firms' choices of growth strategies. The model shows that when firms are cash constrained, managers with more general ... -
Advanced Characterization of Hydrides in Zirconium
Zirconium and its alloys are of great importance to the nuclear power industry due to their unique combination of mechanical properties, low neutron-capture cross-section, and sufficient corrosion resistance under reducing ... -
Natural Convective Heat Transfer From Horizontal and Inclined Two-Sided Bodies of Finite Thickness
Natural convective heat transfer from two-sided flat plates that are horizontal or inclined to the horizontal has been numerically and experimentally investigated. The objective of the study was to investigate the influence ...
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