Sentence examples for coating configurations from inspiring English sources
Three different coating configurations have been explored; LED-only coated, photodiode only coated and both coated.
Modified coating configurations are suggested to overcome this difficulty.
Four different combinations of coating configurations between reforming and combustion catalysts are studied in terms of reaction heat flux and reactor plate temperature distributions as well as in terms of methane and hydrogen mole fraction distributions.
The simulation results of both coating configurations of the combustion-catalyst are compared using the following parameters: (1) co-flow and counter-flow modes between CMC and MSR, (2) gas hourly space velocity and (3) reforming-catalyst thickness.
Through comparison of the Ecorr values and the polarization curves, it is demonstrated that the CrN/Ni Ni3P/MS composite exhibits significantly higher corrosion resistance than the Ni Ni3P/MS and CrN/MS coating configurations.
CMM coating configurations have been optimized from a newly developed bath, in terms of current pulse height and thickness of each layer to maximize its corrosion protection ability, in relation to its monolayer coating, developed from same bath for same time.
It was found that application of an optical bandpass filter onto both the sensor LED and photodiode only was the most effective method of reducing sensor response to N2O, however no signal was observed in one of the two "LED and PD coated", therefore optimal coating configuration for cross-talk reduction is subject to further investigation.
Gas sensor response to N2O for each coating configuration has been explored.
We find that the Si droplet configuration is mechanically stable while the continuous Si coating configuration is prone to void growth induced mechanical failure.
The thin coating configuration allowed testing of a concept of natural buoyant airflow on the coil, both during adsorption and during desorption phases.
A coating configuration of Ni/Ni3P/MS is fabricated as the precipitation Ni3P phase is formed due to the elevated substrate annealing during r.f.
