A comprehensive research on the thermal stability of the structure and defects in the ALD TiO2 film is crucial for controlling its electric and optical properties for different applications.
A method for controlling film thickness in the nanometer order using pulsed discharge is presented through a discussing of the basic principles of the pulsed plasma generation.
Understanding the dependence of thin film deflection on the incident energy provides guidelines for controlling thin film shapes at the nanometer scale using ion-beam machining.
We also highlight our recent progress including a description of the concept of hand-operating nanotechnology for controlling thin film assemblies at dynamic interfaces.
Thus, in the current work, the concept of the imposed substrate vibration for controlling the film characteristics is applied on perovskite layers through a method termed here as the two-step sequential substrate vibration-assisted spray coating (2S-SVASC).
The ultra-thin graphene films were prepared using the nebulizer for controlling the aerosol droplet distribution of the Mw-rGO@PIL inks coated onto quartz or glass substrates.
The use of antimicrobial films can be a promising tool for controlling L. monocytogenes on ready to eat products [3].
The use of antimicrobial films can be a promising tool for controlling L. monocytogenes on ready to eat products.
Therefore, galvanostatic anodization [39 41] is probably the most appropriate for controlling the final film thickness h, and this is the mode that we have adopted for our work.
For both substrates, a key development is the in situ monitoring of the entire fabrication process using real-time electron spectroscopy that provides the necessary precision for the production of films of controlled thickness.
