Sentence examples for tuning the flow from inspiring English sources
Our colloidal studies are uncovering new methods for tuning the flow properties of thickening suspensions that will be used to create the next generation flexible spacesuits, 3D printing pastes, and fluids for vehicle traction control.
The U-series reference obtained turned out to be a very useful tool for fine tuning the flow route and for migration mechanism considerations.
In the production of drug carriers, physical properties such as size and shape, and chemical properties such as drug composition and pharmacokinetic parameters, can be modified simply and effectively by tuning the flow rate and geometries.
The size and surface properties of these liposomes can be precisely controlled by simply tuning the flow rate ratio and the ratio of the lipids to PEGylated lipid DSPE-PEG20000) and to the DSPE-PEG2000-Folate DSPE-PEG2000-Folate DSPE-PEG2000-Folate
This issue may be controlled by tuning the flow behaviour of the dope.
The microfluidic approach also allows for a precise control of microgel size by tuning the flow rates of GelMA solution and oil phase.
In a trial with one of the nation's largest railroads, G.E. is using sensors on tracks, sidings and locomotives; sophisticated computer models; and optimization software to fine-tune the flow of traffic across the railway network.
Scientists have learned, for example, that the male pipefish — which, like his seahorse relatives, famously becomes pregnant and gives birth to live young — is both more generous and more calculatedly harsh toward his offspring than previously believed, able to fine-tune the flow of nutrients to his gestating babies depending on how he feels about their mother.
These are essential attributes for items like capacitors (which fine-tune the flow of electricity by letting high-frequency but not low-frequency–waves pass thigh-frequency butrs (which catch anotsend radio waves by vibrating onlow-frequency wavesequency) and packages for semiconductors.
Then, by replacing m in the equation of ideal gas above by W, yields with PV = frac{W}{M}RT K_{text{sm,out}} = frac{W}{P} = frac{MV}{RT}Cwhere T is standard temperature; V is the volume; M is the molar mass of gas; C is the correction constant which will be used to tune the flow of the gas in our model with the actual flow of the horizon fuel cell stack.
It is conceivable that the interaction is more transient, or else, that it requires additional factors for stabilization, thus allowing for fine-tuning the flow of synaptic vesicles targeted for selective autophagy.
