Welcome to Huskie Commons
Huskie Commons is Northern Illinois University's digital repository, a secure virtual space in which we collect, preserve, and provide access to the scholarly and artistic works created by the NIU community. From peer-reviewed articles authored by faculty to honors capstone projects created by students to electronic theses and dissertations, Huskie Commons showcases the intellectual output of NIU's faculty, staff, students, and organizations.
When you deposit your materials into Huskie Commons, you receive an enduring link to your materials and the Library assumes the responsibility of preserving them into the future.
To learn more about depositing your scholarly and artistic materials into Huskie Commons, the types of materials that are eligible for inclusion, and other information please see the Huskie Commons Guide.
Communities in Huskie Commons
Select a community to browse its collections.
Recently Added
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NIU Working Papers 2020 - 2021
(Northern Illinois University, 2021)NIU Working Papers for Fiscal Year 2021 (FY21: July 1, 2020 - June 30, 2021) -
Collisional methods with applications to charged particle beams
(Northern Illinois University, 2021)In this work, we present our development of new collisional numerical methods which are the first methods that can provide an accurate microscopic description of beam dynamics with high computational efficiency. The first ... -
On the self-force problem of point-like charged particles in classical electrodynamics
(Northern Illinois University, 2020)The problem of a point-like charged particle's self-interaction force has been a long-standing problem in the field of classical electrodynamics. For over a century, physicists have unsuccessfully developed a satisfactory ... -
Charge density estimations for particle beams based on orthogonal polynomial series
(Northern Illinois University, 2012)A beam's charge density, treated as a smooth and continuous function, can be approximated using polynomial orthogonal series. This will allow a solution of Poisson's equation to be found. Obtaining the most accurate solution ... -
Evaluation of protons' most likely paths in inhomogeneous phantoms for proton-computed tomography
(Northern Illinois University, 2009)Proton-computed tomography (pCT) is a unique medical diagnostic tool that potentially allows us to image anatomical regions within a patient by eliminating the conversion function of Hounsfield CT Units and using the ...
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