Sentence examples for processes for fully from inspiring English sources

An experimental and computational study of agglomeration and breakage processes for fully destabilized latex particles under turbulent flow conditions in a jar is presented.

If a suitable milling process for fully sintered Y-TZP can be established, it will enable an accurate, efficient, and cost-effective process.

Second, entire design process for fully scalable and reconfigurable data-based system for monitoring of technical condition for mechanical constructions is introduced.

Here we introduce a novel thermo-mechanical Solid State Additive Manufacturing SSAMM) process referred to as Additive Friction Stir (AFS) manufacturing that provides a new and alternative path to fusion-based additive manufacturing processes for developing fully-dense, near-net shape components with a refined-equiaxed grain morphology.

We report a novel process for reconstituting fully operational protein complexes directly from cellular membranes into nanoscale lipid bilayers using the SMA copolymer.

Although electroplating or electroless plating techniques [9 11] can be used to grow CNTs site-selectively and to control the density of the CNTs, these wet process approaches are not suitable for fully processed, movable silicon microelectromechanical system (MEMS) structures.

It is demonstrated that individual NO adducts can be desorbed using the atomically sharp tip of a scanning tunneling microscope, whereby a writing process is implemented for fully saturated regular metalloporphyrin arrays.

On June 12 , 2015 Wikimedia announced that they would start the process of fully encrypting Wikipedia for users everywhere in the world.

For fully processed scalp and eyebrow hairs across all markers, a total of 20 and 44%, respectively, were also unquantifiable either due to a zero positive nuclear count or due to high background staining (Table 1).

Military psychologists caring for the soldier in Germany have not begun the process of fully debriefing him.

Anaerobic bioprocesses are usually associated with certain advantages for industrial applications due to the lower operating costs for aeration than those required for fully aerobic processes (Kozak et al. 2014; Weusthuis et al. 2011).