Furthermore, a four-step wettability based Laplace valves working as passive stop valves were prepared by using the patterned and tuned surface.
Atomic layer deposition (ALD) enables precise fabrication of conformal, nanometer-scale coatings that can tune surfaces of these UTLC films.
Tuning surface wettability is of great interest for both scientific research and practical applications.
By tuning surface architecture, it appears possible to control osteoclast resorption of calcium phosphate.
Surface modification techniques based on plasma processes allow to tune surface composition, morphology and properties of materials in several applications.
In order to tune surface wettability, we immerse the as-grown film in an ethanol solution of 8 mMol SA for 24 h.
In order to tune surface states, energy levels, electrical, optical and magnetic properties of semiconductor material, doping with proper element is widely used [6].
This work provides insights into the catalyst design that one single material synthesis sets up a platform for simultaneously tuning surface and electronic structures.
It is a natural consequence of these detailed surface science studies to expect that promotion, enhancement, steering and control of CO dissociation can be reached by simply tuning surface morphology with the purpose of changing the density of reaction centers.
Our findings demonstrate the importance of tuning surface and interlayer modifications of 2D-layered nanolubricating additives for better tribological performance and are of great significance in designing high-performance nanolubricating oils for practical uses.
Our results demonstrate the feasibility of tuning surface and interlayer functionalities of ZrP nanoplatelets for optimizing their tribological properties in oil mediums, which would be of great benefit in designing practical applications of lubricating oils containing ZrP nanoplatelets.
