Co-rotation and counter-rotation mode were compared, based on several numerical criteria, namely, mixing time, power consumption and pumping rate.
The operations, which can benefit from the use of static mixers, are explored, namely, mixing of miscible fluids, liquid liquid and gas liquid interface generation, liquid solid dispersion and heat transfer.
In fact, the sensation of white may be evoked by employing much fewer wavelengths than those in the spectrum: namely, by mixing three primary hues red, green, and blue.
Compounds 1 and 2 have been obtained also through a multicomponent self-assembly process, namely by mixing together the stoichiometric amounts of compartmental Schiff base, exo-bidentate ligand and lithium hydroxide, followed by the addition of copper II) perchlorate.
Under various rates of flow of the oxidizer to the fuel, a boundary layer type flow is recognized to dominate the mixing of fuel and oxidizer around the exit of the injection slit, namely the mixing layer thickness is inversely proportional to the square root of mean injection velocity.
The purpose of this paper is to optimize the powder forging process parameters for an aluminum-alloy piston, namely the composition, mixing time, sintering time, sintering temperature, shape of the preform, etc., through experiments and to develop a high strength aluminum-alloy piston with an optimized process.
This study reveals the roles of three tie-generative mechanisms, namely, assortative mixing, preferential attachment, and triadic closure, in forming citation links in journals through the exponential random graph modeling approach.
Its two parameters are suitable for representing two se situations existing in the case of unmixed feed, namely, imperfect mixing of the feed and partial segregation of the reacting mixture.
In the case of unsteady states, we propose and apply two extremes of flow behavior, namely instant mixing and instant removal, which delimit the concentration gradient that may be imposed at a synthetic boundary.
While much progress has been made in computing the flow field in stirred tanks, the flow field alone does not really give any direct information about a very important characteristic of the design, namely the mixing time.
Electrically conductive blends based on polyaniline-dodecylbenzene sulphonic acid (Pani.DBSA)/styrene butadiene styrene (SBS) block copolymer have been prepared by two methods namely melt mixing and polymerization of aniline in the presence of SBS using in situ polymerization method.
