Oral processing of solid foods is a highly dynamic and complex process; this creates a major challenge to elucidate the role of various components, hierarchical structures and phases on foods' organoleptic properties.
The processing of solid oxide fuel cells (SOFCs) often involves co-sintering of multi-layered stacks.
During its 57th through 100th martian days (sols) in Gale Crater, the Mars Science Laboratory MSLL) Curiosity rover performed its first sample acquisition and processing of solid, granular sample.
Therefore, in present, we have developed a new method to prepare Si-coated SiC (Si-SiC) nanoparticle to apply as a sintering additive by using non-transferred thermal DC plasma processing of solid-state synthesized SiC powder [23].
The Si-coated SiC (Si-SiC) composite nanoparticle was prepared by non-transferred arc thermal plasma processing of solid-state synthesized SiC powder and was used as a sintering additive for SiC ceramic formation.
In these techniques, complex scaffold architecture is manufactured in a layer-by-layer manner that builds via the processing of solid sheet, liquid or powder materials stocks according to its computerised cross-sectional 3D image.
Associated aspects of properties and processing of solid electrolyte thin-films, electrochemistry of microelectrodes, chemical compatibility of materials, and mechanical and thermal stability of solid sate ionic microdevices are also discussed.
Special attention is also paid to the potentials of the microcolumn flowing technique for automatic processing of solid materials with variable homogeneity, as demonstrated with the sewage amended CRM483 soil which exhibits inhomogeneity in the particle size distribution.
Theoretically, it is possible to apply a mathematical modeling method combined with modern computation techniques for the simulation of thermal processing of solid or particulate liquid foods, provided all the processing conditions can be discovered and all the thermo-physical properties of the food obtained by independent experiments.
The device structure by inserting the photo-anode in a capillary glass tube along with a platinum wire as the counter electrode, however, limited the device's flexibility and thus restricted post-processing of solid solar cells.
