Sadowski, AJ; Rotter, JM (2014)
23.06.14 KB. Ok to add accepted version, Elsevier says ok while mandate not enforced.
Fennell, PS; Florin, N; Napp, T; Hills, T (2012)
31.01.14 KB. Ok to add published version to spiral, OA paper
Bergeles, C; Yang, G-Z (2014)
16.04.14 KB. Ok to add accepted version to spiral, IEEE policy
O'Regan, DP; Harden, SP; Cook, SA (2013)
21.08.13 KB. Ok to add published version to Spiral, BMJ OA journal.
Petit, C; Mendoza, B; Bandosz, TJ (2010)
New composites based on HKUST-1 and graphene layers are tested for ammonia adsorption at room temperature in both dry and moist conditions. The materials are characterized by X-ray diffraction, FT-IR spectroscopy, adsorption of nitrogen, and thermal analyses. Unlike other MOF/GO composites reported in previous studies, these materials are water-stable. Ammonia adsorption capacities on the composites are higher than the ones calculated for the physical mixture of components, suggesting the pre...
Salter, A; Criscuolo, P; Ter Wal, ALJ (2014)
11/03/14 meb.Publisher PDF version OK to add.
Rumer, JW; Hor, CKL; Meager, I; Yau, CP; Huang, Z; Nielsen, CB; Watkins, SE; Bronstein, H; McCulloch, I (2013)
04.08.14 KB. Ok to add published version to spiral, OA paper
Navarro-Cia, M; Bledt, CM; Vitiello, MS; Beere, HE; Ritchie, DA; Harrington, JA; Mitrofanov, O (2013)
05.08.13 KB. Ok to add published version to Spiral. OSA policy
Thin dielectric layers inside hollow metallic waveguides are used to improve the waveguide transmission characteristics as the dominant waveguide mode changes into the hybrid HE11 mode. We investigate the effect of 1 ?m thick silver iodide (AgI) coatings on the fundamental modes in cylindrical waveguides at terahertz (THz) frequencies, in the regime of the dielectric layer being thinner than the optimal thickness hopt(2 THz) ? ...
Tsimashenka, I; Knottenbelt, WJ; Harrison, PG (2014)
23.06.14 KB. Ok to add published version OA paper
Sadowski, AJ (2011)
23.06.14 KB. Ok to add accepted version to spiral, Elsevier says ok while mandate not enforced.
This short communication presents a series of general geometric properties of unusually-shaped member cross-sections. A skeleton derivation of the most important properties is presented and a method is illustrated for constructing more complex cross-sections. The focus is on the cross-sectional area, centroid and second moment of area, used in classical engineering design for bending. The shapes...