Sentence examples for modification of glass from inspiring English sources

The chemical surface modification of glass substrates is described.

In this paper, a new radar-absorbing structure produced by electrical modification of glass fabric via the silver-sputtering coating technique is proposed.

These fluorinated nanocomposites were also applied to the surface modification of glass to exhibit a superhydrophilic characteristic with a superoleophobicity on the modified surface.

Following this pursuit, surface modification of glass microfiber paper surface was performed by 3-aminopropyltriethoxysilane (APTES) and resulting improvement in the cell entrapment capacity could be observed visually, only after Gram staining.

These fluorinated nanocomposites were applied to the surface modification of glass to exhibit not only a completely superhydrophobic characteristic (a water contact angle: 180°) with a non-wetting property against water droplets but also a good oleophobicity imparted by fluoroalkyl segments in the composites on their surface.

These characteristics can tell the information about the number of amino, amino layer thickness, amino density, and bonding structure of the surface modification of glass slide.

However, the preparations of the high quality sample as well as surface modifications of glass surface are critical issues which may require special expertise.

Finally, as an application of this new ion source, ion beam modification of insulators (glass) which depends on glass structure has been achieved.

A new method for the surface modification of nonporous glass beads (average diameter, 6 μm), which characterized by formation of a 1,3-thiazolidine ring between l-cysteine linkers on the glass bead and reducing ends of chitosan, has been developed.

Time-of-Flight Secondary Ion Mass Spectrometry (TOF SIMS) in static and scanning mode has been used to study the modification of E-glass fibre surfaces with the silane coupling agent, g-aminopropyltriethoxysilane (APS).

M. smegmatis genomic DNA was purified by a modification of the glass-bead lysis method as previously described [ 12].