Atomic-Scale Finite Element Method for Analyzing the Sensitivity of Graphyne-Based Resonators

Abstract EN

An atomic-scale finite element method was applied to analyze the sensitivities of α-, β-, γ-, and 6,6,12-graphyne-based resonators in mass detection under different boundary conditions.

These sensitivities are then compared with that of a graphene-based resonator obtained in a previous study.

According to the analysis results, among the graphyne-based resonators, the α type shows the highest sensitivity, while the γ type shows the lowest.

In addition, the sensitivity decreases as the resonator size increases.

We also find that the location of the attached mass has a significant effect on the sensitivity of the γ-graphyne-based resonators with different attached masses.

The α-graphyne-based resonator with a small attached mass is also sensitive to change in location.

However, the situation is different for a large attached mass.

This study is significant for the future design and application of a graphyne-based resonator with high sensitivity.