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Durham Research Online (DRO) is the University’s Open Access repository for publications. The primary purpose of DRO is to provide open access to publications authored by staff and students affiliated with Durham University.

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Latest Additions

Electronic structure calculations for muon spectroscopy (2025)
Journal Article
Blundell, S., Bonacci, M., Bonfà, P., De Renzi, R., Huddart, B., Lancaster, T., Liborio, L. M., Onuorah, I. J., Pizzi, G., Pratt, F., & Wilkinson, J. (in press). Electronic structure calculations for muon spectroscopy. Electronic Structure, https://doi.org/10.1088/2516-1075/adcb7c

Muon spectroscopy has become a leading tool for the investigation of local magnetic fields in condensed matter physics, finding applications in the study of superconductivity, magnetism, ionic diffussion in battery materials, and numerous other fields. T... Read More about Electronic structure calculations for muon spectroscopy.

Damage effects in Pyrex by CF4 reactive ion etching in dual RF-microwave plasmas (2006)
Journal Article
Zeze, D., Carey, J., Stolojan, V., Weiss, B., & Silva, S. (2006). Damage effects in Pyrex by CF4 reactive ion etching in dual RF-microwave plasmas. Micro and Nano Letters, https://doi.org/10.1049/mnl%3A20065059

The bonding disruption and thermal damage induced on Pyrex substrates during the reactive ion etching in CF4/Ar and CF4/O2 dual RF-microwave plasmas is reported. Energy dispersive x-ray and scanning probe analyses indicate that metallic impurities ag... Read More about Damage effects in Pyrex by CF4 reactive ion etching in dual RF-microwave plasmas.

Fatigue growth modelling of three-dimensional cracks with the Extended Isogeometric Boundary Element Method (2025)
Journal Article
Rocha, M., Trevelyan, J., & Leonel, E. D. (in press). Fatigue growth modelling of three-dimensional cracks with the Extended Isogeometric Boundary Element Method. Engineering Analysis with Boundary Elements,

This paper proposes the fatigue crack growth modelling of three-dimensional geometries with the eXtended Isogeometric Boundary Element Method (XIGABEM). The formulation combines the advantages of the dual Boundary Element Method (BEM), the isogeometr... Read More about Fatigue growth modelling of three-dimensional cracks with the Extended Isogeometric Boundary Element Method.