Pixel sensors play an essential role in contemporary experiments in high energy physics and they also have a diverse application potential in many related fields.
Despite diverse applications and potential usefulness, a systematic description of the AE method and its relevance to mechanical processes in Earth sciences is lacking.
Due to their promising potential diverse applications, such as pattern recognition, signal and image processing, associative memory, combinatorial optimization, and parallel computing, CGNN have attracted increasing interest for the past few decades.
These metallic 1T phase MoS2 nanosheets also reveal interesting moisture sensitive thermoelectric properties, indicating their potential diverse applications not only as thermoelectric energy harvesting devices but also as self-powered gas sensors.
The development of rapid, cost-effective, sensitive and specific methods for nucleic acid detection is becoming more and more important, owing to their potential diverse applications in gene expression profiling, clinical disease diagnostics and treatment [1].
The production and application potential of diverse microbial cellulases is largely explored using a variety of growth substrates, and voluminous research reports and review articles are published in this area [2 5].
Metallic magnetic nanotubes/wires of Ni, Co and Fe and also their alloys such as FePt, CoPt, NiFe, NiZn, CoCu and FeB were investigated in great detail due to their application potential in diverse fields such as perpendicular recording, cell separation, diagnosis, therapeutics and magnetic resonance imaging [2, 13 18].
Smart actuators with fast and reversible changes towards external stimuli have attractive potentials in diverse applications.
