Surface subdivision gains popularity in surface design owing to its flexible applications for geometry with complicated topology and simple computational scheme, and the geometric partial differential equation (GPDE) method is an advanced technology for constructing high-quality smooth surfaces.
Cognitive radio networks have recently attracted significant research attention owing to their promise for application in future cellular communication.
Roll-to-roll gravure printing has recently gained considerable interest regarding its application for manufacturing printed electronics, owing to its potential for processing large areas at low costs with high throughput.
Currently, Fourier-domain OCT (FD-OCT) has largely replaced the older time-domain embodiments for clinical applications [ 1– 3], owing to advantages in imaging speed, SNR, and phase stability [ 1].
Nanoporous metal oxides of various morphologies have been of keen interest owing to their potential for various functional applications in chemical and biomedical sensing, chemical and photocatalysis, energy conversion in batteries and supercapacitors.
Reverse-selective gas separation membranes have attracted much attention owing to their advantages for certain commercial gas separation applications.
Moreover, its application in resource-limited areas is restricted owing to the requirement for specialized microplate reader and tedious procedure.
The relatively high values of ionization energy and the low values of electron affinity for the indigoid compounds also make them useful for OLED applications owing to the low energy barrier for the creation of holes and the injection of electrons [9].
The use of plants and their derived substances increases day by day for the discovery of therapeutic agents owing to their versatile applications.
However, owing to cryptography, wireless applications gained trust in the market.
Graphene oxide (GO) flakes have been initially pursued for this application owing to the advantage of producing large-sized GFs.
