Sentence examples for possibilities for tailoring from inspiring English sources
Directionally dependant material properties open vast possibilities for tailoring global structural properties and, therewith, optimization.
For the first time the phenolic diversity in maleimidobenzoxazine compounds was enabled, opening many possibilities for tailoring properties of maleimidobenzoxazines through phenolic diversity.
Core-shell nanoparticles (CdSe/ZnS) have also been prepared by templating techniques [2], opening the range of possibilities for tailoring the material to meet the specific needs of application and improving its biocompatibility.
The obtained experimental data on the structure and optical properties of silicon nanowire arrays prepared by metal-assisted chemical etching of c-Si in hydrofluoric acid solutions demonstrate new possibilities for tailoring the physical properties of Si-based nanostructures.
Targeted therapies include small-molecule inhibitors and monoclonal antibodies, have made treatment more tumor-specific and less toxic, and have opened new possibilities for tailoring cancer treatment.
The specificity of these agents against a particular deregulated protein/pathway creates new possibilities for tailoring treatment to a particular patient depending on the molecular profile and characteristics of the tumour under investigation (Workman and Kaye, 2002).
Simulation 'debriefing' after live video recorded scenarios offers many possibilities for tailored behaviour change techniques; trainers should be clear about a) target behaviours/learning objectives, and b) specific mechanisms of change.
The investigations showed that there exists the possibility for tailoring the optical properties of gold-titanium dioxide nanocomposites by the proper choice of the laser irradiation parameters.
Heterostructures, i.e., systems in which different materials meet at the interfaces, have been attracting considerable attention because of the possibilities offered for tailoring the properties of the system [1].
However, our work proves the concept of 6FDA-TTM materials for effective gas separation and outlined the possibilities for further tailoring the material properties.
Motivated by the research and analysis of new materials for photovoltaics and by the possibility of tailoring their optical properties for improved solar energy conversion, we have focused our attention on the (GaAs)1− xGe2x series of alloys.
