The ZnO/Ga/ZnO and AZO/Ga/AZO films were grown on glass substrates and annealed in ambient argon (Ar).
Dense LaPO4 and LaPO4 Al2O3 coating films were produced on the surface of stainless steel substrates at room temperature and ambient pressure with the aid of a novel ultrasonic-based mechanical coating method, which we call UMCA.
Due to the high molecular weight/low vapor pressure nature of the precursors, the plasma of the flash evaporated gas cryo-condenses at an extremely high rate on substrates at ambient, and higher, temperatures.
Attaching to cantilever ends with microspheres of alumina, silica and calcium carbonate, the adhesion between aggregate minerals and binder substrates at ambient conditions was measured directly using atomic force microscopes.
The hot wall technique (HWT) was used to prepare evaporated films of stearic acid at the furnace temperature of 311 381 K, the substrate temperature of 278 339 K, and ambient pressure of 6 × 10−6 torr.
We report the study of optical properties of nanocrystalline Mg2TiO4 thin films deposited on Si(100) and quartz substrates at ambient temperature in the thickness range of 200 300 nm by RF sputtering a composite target under different oxygen SCCM.
The resulting emulsions were deposited by an automatic drawdown applicator on AISI 304 stainless steel flat substrates and allowed to dry at ambient conditions.
In this study, the peeling behavior between nanowires and substrates in the ambient condition with high relative humidity is analyzed using continuum modeling under the combined effect of capillary force and vdW force.
A new experimental method is presented in detail that is capable of measuring the interfacial strength and toughness in shear of an environmental barrier coating on a ceramic substrate at ambient and at elevated temperatures.
To solve this problem, pre-heating the substrate and improving the ambient temperature are recommended to reduce the cracks in the SLM fabricated parts [26, 27].
In addition, the optimized N,N-dimethylethanolamnium acetate as dual function activator for the Koevenagel reactions benefits from wide substrates tolerance, ambient reaction temperature, easy work-up procedure, and easy reuse of the IL.
