Sentence examples for using a surface engineering from inspiring English sources

Highly dispersed palladium oxide nanoparticles (Ø ∼ 2 nm) were obtained in mesostructured silica of MCM-41 type from divalent palladium complexes tethered from grafted propylamine ligands themselves highly dispersed using a surface engineering approach based on a molecular stencil patterning technique (MSP).

In this study we use a surface engineering approach to tap into the interaction between the cell and its surroundings in order to modulate osteogenic adhesion-dependent differentiation and bone tissue formation.

To solve this problem, we used a surface engineering approach, namely, a highly functionalization of tool surfaces by textures to determine the role of textured surfaces in: (i) retaining cutting fluid and (ii) reducing actual contact area between the tool and chips.

The cell surface display of known metal-binding proteins/peptides and the molecular design of novel metal-binding proteins/peptides have been performed using a cell surface engineering approach.

Laser surface texturing (LST) is a surface engineering process used to improve tribological characteristics of materials by creating patterned microstructures on the mechanical contact surface.

It is demonstrated that using laser surface engineering a controlled multiscale surface can be synthesized for bioactive functions.

Different surface conditions were obtained on surgical grade wrought CoCrMo alloy: plasma nitrided (520 °C by 7 h at gas mixture of 10%N2+90%90% H2), PVD coated (monolayer CrN and multilayer (TiN/CrN) × 3) and modified using duplex surface engineering technology (a combination of the two previous approaches: plasma nitriding followed by plasma assisted PVD).

To retain the excellent thermomechanical properties of bulk NiTi and to improve its biocompatibility, a porous surface layer was fabricated on bulk NiTi samples using laser surface engineering techniques.

The synthesis of hard composite coating reinforced with TiB2 TiC on steel using laser surface engineering has been investigated.

We have developed biological recycling technologies using cell surface engineering for the selective recovery of rare metals and toxic heavy metals causing environmental pollution (Ueda and Tanaka 2000; Kuroda and Ueda 2010, 2011; Nishitani et al. 2010; Kuroda et al. 2012).

According to many literature reports, regarding the modifications of variety of different biomaterials using the surface engineering techniques and their biological and physicochemical examination results, the most promising material for great spectra of medical applications seem to be carbon layers.