Analyzing imprecise graphene foam resistance data

Abstract

3D graphene foam is the main aim of this research work. Graphene foam is synthesized on the Ni-foam by the CVD technique. The graphene foam has been characterized by XRD, FESEM, Raman spectroscopy and BET techniques. The resistance of graphene foam with a variance of temperature has been measured through an LCR meter and has been analyzed with classical and neutrosophic analysis. As a result, it is seen that graphene foam is expressing both conductor and semiconductor electric properties and also it is observed that neutrosophic analysis is more flexible to analyze the resistance of graphene foam.

Fabrication and Characterization of a Highly Sensitive and Flexible Tactile Sensor Based on Indium Zinc Oxide (IZO) with Imprecise Data Analysis

“…For the analysis of the interval data, the classical average or mean formula is used. Generally, it is seen that most researchers have used the classical average for interval data as can be seen in our previous research work, 17 , 18 which is as follows Here, X L is the minimum/lower value and X U is the maximum/upper value of the interval. However, the neutrosophic one is more generalized than the classical method; it deals with indeterminacy.…”

“…The first thing observed from Figure a,b is that the capacitance of the tactile sensor increases and the resistance decreases as the applied force increases. Moreover, the difference from the combined graphs of the classical and neutrosophic analysis can be seen in Table . ,, From the graphs, it is easily observed that neutrosophic statistics is the generalization of classical statistics, as the classical graphs fall in the middle of the neutrosophic graphs. Also, the neutrosophic graph is much more reliable in making decisions and in concluding the solution of the problem.…”

“…They used both classical and neutrosophic statistics for analysis. Similarly, the classical and neutrosophic approaches were used to analyze the resistance and capacitance data of a humidity sensor based on methyl green; see refs − . Through previous work, we have found that neutrosophic statistics is more reliable in the analysis of the interval data.…”

Fabrication of a graphene-based sensor to detect the humidity and the temperature of a metal body with imprecise data analysis

“…This is why the use of this approach has gained importance for the variance analysis of different problems in several fields, e.g. medicine, 29 applied sciences, 30 astrophysics 31 and material statistics like resistance and capacitance analysis, 32–34 etc. Moreover, the neutrosophic technique is more helpful than classical techniques; see the following references for examples.…”

Fabrication of flexible temperature sensors to explore indeterministic data analysis for robots as an application of Internet of Things

“…To the best of our knowledge, this is the first time that a controlled chamber with an LCR meter was used to measure the data of temperature sensors. Similarly, we used the classical and neutrosophic methods to analyze the measured data for resistance with respect to the change in the temperature of sensors (we have already used the classical and neutrosophic methods to analyze the resistance data of conductors 25 and 3D graphenes 30 with respect to the change in temperature).…”