Sentence examples for cell interconnect from inspiring English sources

The effect of novel Co and Ce nanocoatings on oxidation behaviour and chromium volatilization from a commercial Fe 22Cr steel (Sanergy HT) developed for solid oxide fuel cell interconnect applications is investigated.

The competition between mass transfer and electronic resistance effects arising from solid oxide cell interconnect geometry is also characterized through parametric studies based on a design of experiments (DOEs) approach.

The ohmic polarization is caused by the ionic resistance of the electrolyte, the electric resistance of the electrode, the cell interconnect, and the contact resistance between.

The ohmic polarization is caused by the ionic resistance of the electrolyte, the electric resistance of the electrode, the cell interconnect, and the contact resistance between mating parts and any other cell components.

Solar cell interconnect occurs when individual solar cells are joined together with tabbing ribbon (also called stringing ribbon), forming a cluster of solar cells.

An efficient design for the bipolar plates or cell interconnects is necessary for creating the most efficient fuel cell stack possible for the desired application.

During sintering NaCl evaporated to form 40 58% interconnected open porosities, while the metal powders densified and interdiffused to create a nearly dense Fe 26Cr 1Mo matrix (E-Brite, developed for solid oxide fuel cell interconnects).

Metallic cell interconnects (IC) made of ferritic stainless steels, i.e., iron-based alloys, have been increasingly favored in the recent development of planar solid oxide fuel cells (SOFCs) because of their advantages in excellent imperviousness, low electrical resistance, ease in fabrication, and cost effectiveness.

Also, it is possible that the morphological protrusion of the actin clasp, as seen in the reconstruction of the movie S5, could support the septate junction found between the extensions of the tubular cell interconnected cytoplasmic network as described for A. cirrusspiralis [1].

The reason is that one needs to know how the different cells interconnect within a module [ 2], and how the differential coding of each cell within a module contributes to the population signal [ 3].

The BBB consists of brain microvascular endothelial cells interconnected by tight junctions, which are one of the most important features of the BBB.