We therefore envision that this approach can be extended to generate other functional paper-based devices.
A fabrication method for carbon nanotube (CNT -based sensors on paper is proposed and provides a repeatable and well-CNT -based method for consensorsng a functional paper-based analytisal device.
Thus, these redox-mediated functional papers open a variety of applications for microfluidic devices.
Such an achievement in color control for different functional papers has probably stimulated the development in decorative arts as well as calligraphy in China.
With the advantages of low cost and scalable production capacity, such graphene supported functional papers are of particular interest in the use as flexible disposable sensors.
This gene has been the one examined in previous functional papers using D. melanogaster as a model [ 41, 42, 56].
This investigation highlights the next stage in the development of functional nanotube paper.
Based on Lyapunov-Krasovskii functional, this paper concerns an observer based stabilization problem for delayed state linear singular systems.
Under the same assumptions on the functional, this paper establishes a new critical point theorem which provides a sequence of critical points converging to zero.
At the potential of 0 V vs. Ag/AgCl reference electrode, H2O2 was produced through oxidation of glucose on the functional LT paper electrode in the presence of O2.
Based on the Lyapunov Krasovskii functional, this paper presents a novel approach to design a fuzzy filter such that the filtering error systems are exponentially stable in the mean-square with a prescribed L2 L∞ performance index.
