Sentence examples for material engineering by from inspiring English sources

Results obtained using alternative detector designs, such as 3D geometry, material engineering by oxygen diffusion and unconventional operational conditions are surveyed.

We present the design and simulation of an ultra-compact high-efficient polarization beam splitter (PBS) based on the material engineering by combining photonic crystal dispersion properties and photonic band gap in this Letter.

This work is to address the limitations of 2D Scanning Electron Microscopy (SEM) micrographs in providing 3D topographical information necessary for various types of analysis in biological and biomedical sciences as well as mechanical and material engineering by investigating modern stereo vision methodologies for 3D surface reconstruction of microscopic samples.

The process discussed in the article is ion implantation which is a material engineering process by which ions of a material are accelerated in an electrical field and impacted into a solid.

The material engineering challenges posed by produce simulators are also discussed.

Other outstanding features are their distinctive size and shape properties for tissue penetration via an active and passive targeting, specific cellular/subcellular trafficking pathways and facile control of cargo release by sophisticated material engineering.

Nevertheless, the ability of reproduction of the biological organisms remains unique in nature and is impossible to be duplicated by materials engineering.

A team led by materials engineering professor Liming Dai believe this represents a significant step towards creating efficient fuel cells that are more affordable to mass-produce than those based on platinum.

Of course, this isn't mad-scientist nonsense but real materials engineering, so they're going step by step, not by eureka-style leaps and bounds.

The creation of 1 nm size nanogold particles by a materials engineering process has been largely undeveloped.

Bone is a hierarchically structured composite material which, in addition to its obvious biological value, has been well studied by the materials engineering community because of its unique structure and mechanical properties.