Home /Research /Contributed Review: Quartz force sensing probes for micro-applications
OTHER

Contributed Review: Quartz force sensing probes for micro-applications

Jean-Ochin Abrahamians, L. Pham Van, Stéphane Régnier

Year
2016
Citations
7
Access
Open access

Abstract

As self-sensing and self-exciting probes, quartz sensors present many advantages over silicon cantilevers for microscopy, micro-robotics, and other micro-applications. Their development and use is further bolstered by the fact that they can be manufactured from common quartz components. This paper therefore reviews applications of the increasingly popular quartz tuning fork probes as force sensors in the literature and examines the options for higher-frequency quartz probes using the other available types of flexional, thickness-shear or length-extensional resonators.

Keywords

QuartzMaterials scienceSiliconNanotechnologyTuning forkCantileverResonatorMicroelectromechanical systemsOptoelectronicsAcoustics

Related papers

Browse all OTHER papers