@article {27088,
	title = {Tunable multidispersive bands of inductive origin in piezoelectric phononic plates},
	journal = {Journal of Applied Physics},
	volume = {130},
	year = {2021},
	pages = {195106 (13 pages)},
	abstract = {A variety of multidispersive, localized, or extended in frequency, bands, induced by\&nbsp;<span>inductance-based external electric circuits in piezoelectric phononic plates, is studied both theoretically and experimentally in this work. Their origin, tightly related to an equivalent LC-<span>circuit behavior, is analyzed in detail and their interaction with the Lamb-like guided modes of the plate is also discussed. These bands, easily tuned by the choice of the parameters of the external electric circuitry, lead to a non-destructive, real-time control of the dispersion characteristics of these structures. Our device and analysis can find application in the improvement of surface acoustic wave components by offering additional degrees of freedom.</span></span>},
	author = {K. Mekrache and R. Sainidou and P. Rembert and N. Stefanou and B. Morvan}
}
