In the present work, acoustoelectric effect in bone has been investigated. Rectangular bone samples prepared from the middiaphysis of the wall of animal bone are exposed by ultrasonic field having frequency of 2.5 MHz...In the present work, acoustoelectric effect in bone has been investigated. Rectangular bone samples prepared from the middiaphysis of the wall of animal bone are exposed by ultrasonic field having frequency of 2.5 MHz. The bone matrix changes under ultrasound exposure which results into the generation of potential in bone. The present study may be helpful in the development of acousto-elcctric devices.展开更多
This paper reviews the studies on acoustoelectric effect in extrinsic semiconductor materials used in various scientific and other measurements. A historical review of earlier findings is given with special reference ...This paper reviews the studies on acoustoelectric effect in extrinsic semiconductor materials used in various scientific and other measurements. A historical review of earlier findings is given with special reference to associated mechanisms. Acoustoelectric studies in solid state devioes require further attention and the work done in this area is also discussed.展开更多
文摘In the present work, acoustoelectric effect in bone has been investigated. Rectangular bone samples prepared from the middiaphysis of the wall of animal bone are exposed by ultrasonic field having frequency of 2.5 MHz. The bone matrix changes under ultrasound exposure which results into the generation of potential in bone. The present study may be helpful in the development of acousto-elcctric devices.
文摘This paper reviews the studies on acoustoelectric effect in extrinsic semiconductor materials used in various scientific and other measurements. A historical review of earlier findings is given with special reference to associated mechanisms. Acoustoelectric studies in solid state devioes require further attention and the work done in this area is also discussed.
