Sentence examples for diverse technological applications from inspiring English sources

Porous materials make their appearance in a wide variety of settings, natural, and artificial, and in diverse technological applications.

The review further describes the current challenges and future opportunities in MMFC, and provides a roadmap for diverse technological applications.

Indium oxide (In2O3), known as an n-type, wide-band gap (2.9 to 3.1 eV) semiconductor [1, 2], is of great interest for diverse technological applications in nanoelectronics and optoelectronics [3].

Field emission is one of the most fascinating properties of nanomaterials, such as carbon nanotube, ZnO nanoneedles, and SnO2 nanograss [15 19], and has been extensively studied due to its diverse technological applications in flat-panel displays, microwave-generation devices, and vacuum micro/nanoelectronic devices [20].

In the last decade, diverse technological applications of magnetic nanostructures in magnetofluid, recording tape, flexible disk recording media, permanent magnets, microwave oscillators as well as biomedical materials, and catalysts have provided an impetus for extensive research in nanometer scale magnets [1 17].

Rare earth aluminates RAlO3 with perovskite structure and SrTiO3-based materials show diverse technological application.

In the multidisciplinary field of molecule-based magnetism, the structural and magnetic properties of molecular magnets have been thoroughly investigated for their fundamentally interesting chemistry and physics that can potentially provide a gateway for the discovery of new physical phenomena and application in a diverse array of technological applications.

In recent years metallic nanoparticles synthesized using the physical and chemical methods have attracted much interest due to their potential applications in diverse technological areas.

A comprehensive approach to DRR must include policies for the ethical evaluation of scientific and technological applications that could have widespread and diverse impacts.

There are many technological applications of interference effects in light.

Novel technological applications of quantum optics are also under study, including quantum cryptography and quantum computing.