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Numerical and experimental modelling of back stream flow during close-coupled gas atomization

The effect of prehydration on the engineering properties of CEM I Portland cement Whittaker, Dubina, Al-Mutawa et al. The effect of prehydration on the engineering properties of CEM I Portland cement

ial criti r, and e robabil tial is r tructure and, by extension, compromise energy security more broadly because challenging targets set by international and national bodies [1,2] will require rapid and systemic change to physical infrastructure, especially energy systems. This will require a step-change in both the scale and rate of the roll out of low carbon technologies such as wind turbines, solar panels and hybrid and electric vehicles. All these technologies rely on critical materials, such as rare earth astructure, based rrently the se at risk ply disruption and which are difficult to substitute [6]. If su these materials is disrupted, there will be a correspondin straint on the rate at which such technologies can be manufa and commissioned. This risk is amplified by the scale of the requirements of low carbon infrastructure, which is unprece-dented. The risks of material supply disruption relate not only to low carbon goals but also to the security of our energy supply; de-lay or disruption to the roll-out of low carbon technologies could also endanger energy security by constraining the planned instal-lation of additional electricity generation capacity, or preventing

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A wave roughness Reynolds number parameterization of the sea spray source flux

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prior permission, you may not download an entire issue of a journal or multiple copies of articles, and you may use content in the JSTOR archive only for your personal, non-commercial use. Please contact the publisher regarding any further use of this work. Publisher contact information may