The optimal conditions of the post-growth annealing of the substrates were established.
The surface energy and topology of the substrates were established before and after a series of 10 12 fouling and cleaning cycles.
A common belief is that interfacial adhesion to substrates is established by interactions between the non-oxidized catechol form of DOPA and the functional groups at the surface of the solid substrates.
The λmax for measuring the oxidation of the S-type substrates were established as follows: 512 nm for the sinapic acid's pinkish product, 370 nm for the syringaldehyde's yellow product and 520 nm for the acetosyringone's reddish product.
The weak interaction between Ag multilayer coatings and substrate was established that allows to clear crystal surface from metal with reproduction of the reconstructed Si (111) 7 × 7 surface by slight warming.
The dependence relationship of the wrinkling wavelength on the geometric parameters of surface nanostructures and the elastic properties of the film and substrate is established.
In this paper, an analytical model for the thermoacoustic pressure response of suspended NTFs, which are fabricated by suspending a nano-thinfilm on a substrate, is established and the model is validated by comparing with experiment.
To predict stiction, a criterion on the geometry of the miniature structure as a function of adhesion energy, internal tensile stresses and contact area between the miniature structure and the substrate is established, which can be used to improve the MEMS design and prevent the sticking failure.
