Sentence examples for fabrication and engineering from inspiring English sources

In 1999 Thyssen and Krupp combined all of their remaining businesses to create ThyssenKrupp AG, a metals and mining company with additional interests in areas such as the automotive industry, elevator design and fabrication, and engineering services.

The proposed planarization method is relatively simple and cheap compared to the chemical mechanical polish (CMP) in terms of fabrication and engineering implementation.

Here, we report the progress on the design, fabrication, and engineering of the proton accelerator system, the neutron target stationand neutron beamlines.

From an in vivo perspective, this article presents the latest advances in fabrication and engineering of hydrogel nanoparticles, and illuminates future avenues to enhance the potential of hydrogel-based nanoparticulate systems in treatment development and drug administration.

The pumps covered are intended to include material, fabrication, design, and engineering features concerned with installation and use in water supply systems and mobile equipment.

First, we have described historical background, properties, methods of fabrication, and surface engineering of QDs.

This Forum article highlights the most prominent advances of the field in the areas of fiber fabrication and construct engineering.

His research interests are in the field of artificially designed DNA nanostructures and their applications in different fields, especially in biosensor applications, nanodevices designing and fabrication, and tissue engineering, especially in assisting burn patients.

This chapter will mainly focus on carbon, silicon, deoxyribonucleic acid (DNA) and membrane nanotubes, some of the biologically relevant nanotube groups, their fabrication and tissue engineering applications.

The results presented here demonstrate the simple fabrication and crystal engineering of ordered arrays of PFO nanowires; a system with potential applications in devices where anisotropic optical properties are required, such as polarized electroluminescence, waveguiding, optical switching and lasing.

Decisive improvements have been made in the fields of stem cell biology, 3-D scaffold fabrication and tissue engineering, but the ideal bone substitute that fulfils all functional and safety requirements has yet to be developed.