Sentence examples for Microchannel Architecture from inspiring English sources

The results show that the microchannel architecture enables fast and uniform transfer of the sensible heat of the feed stream to the catalyst layer.

The results indicate that the fractal-like multilayer microchannel architecture has a significant effect on the performance of heat transfer and fluid flow.

The results from the investigation confirm the adequacy of the approach and reveal the effects of the multi-pass branching microchannel architecture on the performance of the cold plate.

The examples used to illustrate these advantages are Velocys' Fischer-Tropsch synthesis for biomass-to-liquids, DSM and Karlsruhe collaboration for fine chemical production, and Stevens Institute's work in applying microchannels to the production of hydrogen peroxide, as well as a detailed study of how microchannel architecture can minimize pollutant emissions from steam methane reforming.

Investigation of the nerve in the distal segment, past the scaffold, showed a high degree of organization, adoption of the microchannel architecture forming 'microchannel fascicles', reformation of endoneurial tubes and axon myelination, and a lack of aberrant and unorganized growth that might be characteristic of neuroma formation.

However, the device with side-by-side 3D culture and flow in the same microchannel without the array architecture is not readily amendable for high throughput screening assays.

The introduction of microchannels to the scaffold architecture was seen to enhance chondrogenesis.

These studies provide insight into the optimal architecture of microchannels for long-term culture of adherent cells in order to use microfluidics devices as bioreactors for monoclonal antibodies production.

Glass epoxy composites (Tg = 152 °C) manufactured by vacuum assisted resin transfer molding contain microchannel networks of two different architectures optimized for thermal and mechanical performance.

Compared to the nickel sheet and nickel deposited on the silicon substrate, the effective nickel content in the oxide layer per unit area increases almost 100 times due to the porous nickel structure and 3D architectures of silicon microchannel plates.

By optimizing the microfluidic architecture, e.g. the microchannel dimensions and the diffusion layer stack, we demonstrate of the smallest, highest performance μFCs reported to date.