Piezoelectricity and nano-materials

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Nanomaterials with piezoelectric properties, such as Polyvinylidene Fluoride (PVDF), can potentially be engineered to harness energy from surface waves at interfacial boundaries. Current piezoelectric vibration harvesters have limitations in size and energy output, which may explain why further miniaturization has not been widely pursued. PVDF is noted for its significant dielectric properties compared to other piezoelectric materials. Ongoing experimentation and research are needed to optimize the use of these materials for energy harvesting applications. The potential for advancements in nanomaterials and their applications remains promising.
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My apologies in advance for ignorant questions.

Are there any nanomaterials that exhibit piezoelectric properties ? Can they be engineered to take energy from surface waves at interfacial boundries ? I only ask after seeing the recent article on piezielectric vibration " harvesters " on the Physorg fron page lead me to wonder why this technology has not been shrunk further ? Or is it such a small amount of energy in most cases it's overlooked ?

Is there still plenty of room at the bottom ?
 
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yes there are. i do not know of all of them but the one i know best is Polyvinylidene Fluoride (PVDF). I have been experimenting with the stuff for quite a while but need some more info before i get the stuff to work. but from what i have read, it produces the biggest dielectric properties of almost all the other types of piezoelectric materials.
 

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