Sentence examples for directed vapor from inspiring English sources
The reactive deposition of metal oxide coatings has been achieved using an electron beam directed vapor deposition (DVD) approach.
Low thermal conductivity yttria stabilized zirconia (YSZ) coatings have been grown using a low-vacuum (0.20 Torr) electron beam directed vapor deposition process.
An electron beam directed vapor deposition method was used to grow 7 wt.% Y2O3 ZrO2 (7YSZ) coatings and the effects of substrate rotation upon the coating porosity, morphology, texture, and thermal conductivity were explored.
Here, we show that an electron beam directed vapor deposition (EB-DVD) technique can be used to deposit well bonded, structurally and chemically homogeneous NiAlPt bond coats of any composition onto superalloy substrates.
Here, columnar morphology SZO coatings have been deposited on bond coated superalloy substrates using a directed vapor deposition method that facilitated the incorporation of pore volume fractions of 25 to 45%.
Here we used an electron beam directed vapor deposition method to deposit strain tolerant coatings containing a high volume fraction of inter-columnar pores to assess the effect of increasing the pore volume fraction upon silicate melt infiltration in a 7 wt.% yttria stabilized zirconia (7YSZ) TBC.
The reason why few carbon nanotubes (CNTs) nucleated in the catalyst region on substrates grow into ultralong ones during gas flow directed chemical vapor deposition (CVD) of horizontally aligned CNT arrays was explored.
The ZnO nanostructures consisting of micro spheres in a network of nano wires were synthesized by direct vapor phase method.
In addition, configurations using both direct vapor generation as well as a heat transfer fluid are proposed.
Exergy efficiency, total exergy destruction, thermal efficiency, and specific capital cost are evaluated for direct vapor generation (DVG) process.
These column configurations combine the advantages of both direct vapor recompression and adiabatic operation, and can have significantly lower energy demands than common VRC columns.
