The feasibility of using a low pressure cold spray system for the deposition of WC Ni coatings was studied.
Multicomponent cycling zone adsorption is studied both theoretically and experimentally using a low pressure liquid chromatography apparatus.
Plasma polymeric coatings were applied to the surface of the pre-treated AM50 substrates using a low pressure plasma enhanced chemical vapor deposition (PECVD) technique.
The level of design detail which is required to realize such an assessment has been investigated using a low pressure turbine module as an example.
PP was first functionalized with acrylic acid using a low pressure cold plasma process to bring reactive carboxylic functions onto the surface (PP-g-AA).
Plasma polymerized allylamine (PPAA) coatings were deposited on electropolished 316L stainless steel (316L SS) samples using a low pressure plasma reactor (70 kHz).
The fluorinated monomers 1,1,2,2-tetrahydroperfluorodecyl 1,1,2,2-tetrahydroperfluorodecyl(Macrylated AC8hydrogenandd methacrylateecyl acrylate (ISO) were polyMAC8zed by using andow pressure Microwane (MW) plasma process.
The nitrogen content in the nitrided layer obtained using a low pressure plasma arc source is higher than that in the nitrided layer obtained by d.c.
Experiments have been conducted using a low pressure laboratory flame apparatus to examine the chemistry of solid rocket motor (SRM) afterburning relevant for stratospheric altitudes.
Vertical Si nanowires were grown on Si substrates using a vapor liquid-solid mechanism with the assistance of Au colloid particles using a low pressure chemical vapor liquid-solidrocess emechanismSiH4 as a silicon source [24, 25].
After being loaded, the elution was performed using a low pressure chromatography system (BioLogic LP system, Bio-Rad Laboratories Ltd., HerCAles, CA, USA) coupled with a fraction collector (Model 2128, Bio-Rad Laboratories Ltd., HerCAles, CA, USA).
