Select coating microstructure and properties using optical microscopy, scanning electron microscopy, hardness, and ball-on-disc tribology experiments for friction coefficient and wear determination have been discussed.
Several coating deposition trials were performed investigating the effects of bond coating thickness (200 800 nm), ceramic coating thickness (4, 8 and 12 μm), substrate surface roughness prior to deposition, and select coating deposition processing parameters, such as nitrogen partial pressure and substrate bias, in order to optimize the coating durability in a corrosion environment.
A duplex PCR assay was optimized with the selected coat protein gene specific primers and primers specific to potato urease gene, a housekeeping gene served as an internal check.
The selected coat protein primer pair (LCVCPF1/LCVCPR1) was found to be conserved in all 80 isolates except for a few isolates, which had a single nucleotide substitution in the forward primer sequence.
Once this relative stability ranking has been established, the stability advantages can be assessed versus any manufacturing/processing liabilities of the selected coating in order to make a data-driven decision around coating selection.
The key features of two selected coating architectures are outlined.
The aim of this research is to understand the influences of selected coating material, local heat source and structural parameters on temperature distribution of the double-layer plate, and to guide engineers designing the double-layer structures in thermal environment.
The effect of oxygen and argon partial pressures (PO2, PAr) in a Zr vacuum arc on plasma ion current density Jp, arc voltage Varc, deposition rate vd, and selected coating properties was determined.
It was found that in designing or selecting solar collector, selective coating type is necessary to produce hot water with potential around 80 90 °C needed to optimize operation of absorption unit.
This information is critical not only to enhanced basic understanding of regulation of melanogenesis, but also to the identification of novel pharmacological and molecular genetics approaches to regulate or select for coat color in fiber producing species.
