Biocompatibility and applicability of surface modification with current uses of metallic, polymeric and ceramic biomaterials allow alteration of properties to enhance performance in a biological environment while retaining bulk properties of the desired device.
42.
He currently studies dyes for nonlinear optical studies including two-photon absorption and optical limiting, surface modification using phosphonic acids, and materials for charge transport in solar cells and field-effect transistors.
43.
This could be in part due to the diverse behavior of PAMAMs depending on surface modification ( see below ), which make characterization of their " in vivo " properties largely case-dependent.
44.
In order to avoid adverse side-effects from the possible presence of surfactants, an alternative casting process can be used involving a frit compression method that did not require the use of surfactants or surface modification.
45.
Her areas of interest include Surface Science, Thin film growth and Growth Modes at Early Stages, Electronic Structure / Band Structure of thin films, Nanostructures and Nanoclusters, Surface Modifications with Ion Implantation, Ion Beam Assisted Structural Modifications.
46.
Giacinto developed expertise in atomic force microscopy ( AFM ) to study surface structure and more recently, tip induced surface modification using the nanografting technique [ 16, 17 ] which had been previously developed by his former student Gang Yu Liu.
47.
"' Corona treatment "'( sometimes referred to as "'air plasma "') is a surface modification technique that uses a low temperature corona discharge plasma to impart changes in the properties of a surface.
48.
The performance features of end use products that incorporate OMNOVA chemicals include stain, rust and aging resistance; surface modification; gloss; softness or hardness; dimensional stability; high heat and pressure tolerance; binding and barrier ( e . g . moisture, oil ) properties, and others.
49.
He has expertise in surface modification and characterization, particularly in studying organic thin films ( monolayer and polymer ), modifying silicon, diamond, silicon oxide, gold, and polymers, surface patterning, surface organic chemistry, thin-film deposition with silanes, alkenes, thiols, and by sputtering.
50.
FOS has the following fields of application : surface metrology, precise probe positioning, automatic surface characterization, automatic surface modification / stimulation, automatic manipulation of nanoobjects, nanotechnological processes of " bottom-up " assembly, coordinated control of analytical and technological probes in multiprobe instruments, control of atomic / molecular assemblers, control of probe nanolithographs, etc.
