Sentence examples for materials in diverse from inspiring English sources

Bismuth chalcogenides Bi2×3 (X=O, S, Se) represent a unique type of materials in diverse polymorphs and configurations.

The present study addresses the challenge of obtaining high-purity graphene and GO from graphite (top down approach) and offers a broad and comprehensive perspective on how to dramatically enhance the final performance of such materials in diverse applications.

Due to its large adsorption capacity, it is a material that has long been used as an adsorbent to purify, detoxify, filter, discolor, separate or concentrate liquid and gaseous materials in diverse areas such as the food, pharmaceutical, chemical, oil, nuclear and automotive industries, and is also applied in wastewater treatment industries and in the process of potability of water [8].

Women may benefit from access to a range of health education materials in diverse languages in printed form, in DVDs or online.

And like most classics, of course, the themes lend themselves to productions that take the material in diverse directions, as can be seen already this year.

However, their biocompatibility, biodegradability, and chemistry have attracted the researchers and new developments in the field of smart and functional materials arise in diverse applications.

The process of micro-abrasion corrosion has been the subject of micro-abrasion corrosionyears due to thasfact that the action of micron sized particles, typically less than 10 μm in diameter, can cause significant degradation of materials in many diverse environments involving aqueous corrosion.

The ability to rationally engineer the growth and nanomanufacturing of one-dimensional nanowires in high volumes has the potential to enable applications of nanoscale materials in a diverse range of fields including energy conversion and storage, catalysis, sensing, medicine, and information technology.

This virtual activity used open-resources (e.g., GitHub) to establish reproducible research guidelines, develop and enhance teaching materials in a diverse array of scientific disciplines (bioinformatics, medical imaging, oceanography, social science, etc).

Thus, the method developed produces an excellent nanocomposite of SBA-15 coated onto CNTs that enhances the textural properties of the CNTs, maintains and takes advantage of the CNTs excellent electronic and opto-electronic properties and opens up the possibility of using such materials in a diverse range of photo- or electrochemical energy conversion systems.

The mimic glycolipids produced could be used as biosurfactants and materials in a diverse array of biological applications by changes to their physicochemical properties.