These results indicate that the developed antibacterial finishing is safe and durable on textiles.
The obtained results indicate that the developed scheme is fast, reliable, robust compared to the previous works in the literature.
The leaching toxicity and radioactivity tests results indicate that the developed cementitious material composed of calcium silicate slag is environmentally acceptable.
These features indicate that the developed nanocomposite offers an excellent biosensing platform for rapid, sensitive and selective detection of organophosphates compounds.
The simulation results indicate that the developed MPPT method performs better and guarantees an accurate convergence to the GMPP under complicated shading patterns.
The experimental findings indicate that the developed full scale testing methodology can be used for the aerodynamic optimization of all cycling events.
The mechanical and electrical results indicate that the developed composite ink enables fully printable and flexible sensor applications with an increased level of integration.
Simulation results indicate that the developed joint decoding scheme achieves a significant decoding gain over the separate decoding in fading channels, whether or not the channel information is perfectly known at the receiver.
The results indicate that the developed RNN model has the ability to reliably predict the load–settlement response of axially loaded steel driven piles, and thus, can be used by geotechnical engineers for routine design practice.
These results indicate that the developed multiplex qMSP assay shows an equal performance in detection methylation in these samples as the singleplex qMSPs.
These results indicate that the developed MMP2 aptamer provides a suitable basis for the development of diagnostic tools.
