The Mitsui model can be used to calculate effects of this property, while its converse was first mathematically predicted by Gabriel Lippman.
The Mitsui model can be used to calculate effects of this property, while its converse was first mathematically predicted by Gabriel Lippman. This property is the operational principle behind both the movement of the needle of a scanning electron microscope and the charge amplifier. Objects with this property, such as Rochelle salts, have very stable vibration periods, which allow it to be used in quartz watches, and all materials which exhibit ferroelectricity also exhibit this property, though the converse is not true. Discovered by Pierre and Jacques Curie and the opposite of electrostriction, this is, FTP, which effect, in which applying stress to a crystal results in the generation of a potential difference?
The Mitsui model can be used to calculate effects of this property, while its converse was first mathematically predicted by Gabriel Lippman.
{piezoelectricity} or {piezoelectric} effect