Micro capillary networks widely exist in nature in forms of mass transport pathways, such as blood vessels. However their complicated geometry and the extra fine small features bring a great challenge to their potential applications in term of fabrication. To overcome the fabrication challenge, we presented in this thesis a novel method to fabricate fully three dimensional (3D) microstructures ...

A range of linear conjugated polymers is reported that promote simultaneous photocatalytic CO2 reduction and proton with a sacrificial hole-scavenger.

Conjugated polymers of intrinsic microporosity show excellent performance as photocatalysts for sacrificial hydrogen production from water they combine extended conjugation with high surface areas.

Biomasses can be used as sacrificial agents. The presence of hemicelluloses and polar groups significantly enhances the H 2 production rate.

We analyze the photocatalytic activity of heteroatom containing linear conjugated polymers for sacrificial hydrogen evolution using a recently proposed cycle.

Abstract Recent increases in the number of openly LGBTQ2+ candidates have not resulted a corresponding rise politicians elected to Canadian House Commons, reviving hypothesis “sacrificial lamb” candidacies. Drawing upon Lovenduski and Norris’ work on political recruitment, we analyze backgrounds experiences 172 who ran 2015, 2019 2021 federal elections Canada. Our approach is based idea that ca...

Pyrolysis-catalytic steam reforming of waste plastics to produce hydrogen-rich syngas has been investigated using tire char as a sacrificial catalyst in two-stage pyrolysis-catalytic reactor system. The simultaneous the pyrolysis volatiles and ‘sacrificial’ gasification increased overall yield hydrogen gas products. Manipulating temperature, input, catalyst:plastic ratio influenced yield. prese...

Surface acoustic waves double the photocatalytic activity of platinum-doped titanium dioxide for water splitting with methanol as a sacrificial material.

This paper demonstrates the use of poly(dimethylsiloxane) (PDMS), polyurethane (PU), epoxy, and poly(methyl methacrylate) (PMMA) as mandrils to fabricate metallic heat exchangers having 300–700 m internal channels. The mandrils were prepared using two soft lithographic techniques-replica molding, and microembossing. To fabricate the heat exchangers, the polymeric mandrils were coated with a thi...