18 citations as recorded by crossref.

1. A Two-Axis Orthogonal Resonator for Variable Sensitivity Mode Localization Sensing Y. Nagasaka et al.
2. A multi-functional MEMS resonator for simultaneously dual-mode physical sensing and ppb-level timing J. Xu et al.
3. On Modal Localization in a String on an Elastic Base S. Vavilov et al.
4. Exploiting nonlinearity to enhance the sensitivity of mode-localized mass sensor based on electrostatically coupled MEMS resonators M. Lyu et al.
5. Phase optimization of thermally actuated piezoresistive resonant MEMS cantilever sensors A. Setiono et al.
6. A Review on Resonant MEMS Electric Field Sensors G. Wang et al.
7. Towards an Ultra Sensitive Hybrid Mass Sensor Based on Mode Localization without Resonance Tracking C. Humbert et al.
8. Enhanced Sensitivity and Stability of a Novel Resonant MEMS Electric Field Sensor Based on Closed-Loop Feedback X. Liu et al.
9. Recent advancements of nonlinear dynamics in mode coupled microresonators: a review X. Wang et al.
10. An asymmetric mode-localized mass sensor based on the electrostatic coupling of different structural modes with distributed electrodes J. Zhao et al.
11. A method for identification of analyte concentration in aqueous solution by using a mistuned fluid-structure coupled vibration Y. Chen et al.
12. Acceleration sensing based on the bifurcation dynamics of parametrically excited mode-localized resonators J. Zhao et al.
13. Exploiting Bifurcation Behaviors in Parametrically Excited Mode-Localized Resonators for Mass Sensing J. Song et al.
14. High-Resolution MEMS Electric Field Sensor Using Mode-Localized Resonators Y. Gu et al.
15. Design and modeling of a MEMS accelerometer based on coupled mode-localized nonlinear resonators under electrostatic actuation M. Lyu et al.
16. State-of-the-Art in Mode-Localized MEMS Coupled Resonant Sensors: A Comprehensive Review V. Pachkawade
17. Nonlinearity enhanced mode localization in two coupled MEMS resonators Z. Liu et al.
18. A mass sensor based on digitally coupled and balanced quartz resonators using mode localization C. Humbert et al.