Wave propagation in chain-like materials has been studied previously at low frequencies. The present study has generated these waves at higher frequencies with components >200 kHz, using chains of 1 mm diameter spheres. Resonant ultrasonic horns at 73 kHz have been used as sources of narrowband excitation, which transform into a train of broadband impulses that have the characteristics of solitary waves. These have potential applications in biomedical ultrasound as high amplitude, wide bandwidth impulses
This paper investigates the use of chains of spheres to produce impulses. An ultrasonic horn is used...
There has been recent interest in the transmission of acoustic signals along a chain of spheres to p...
The response of a resonant chain of spheres to changes in holder material and pre-compression is stu...
Applications such as High Intensity Focused Ultrasound (HIFU) conventionally use narrowband signals ...
An ultrasonic transducer technology to generate wideband impulses using a one-dimensional chain of s...
An ultrasonic horn operating at 73 kHz has been used to excite one end of a chain of steel spheres. ...
A narrowband ultrasound source has been used to generate solitary wave impulses in finite-length cha...
The propagation of broad bandwidth solitary wave impulses, generated within granular chains by narro...
It is demonstrated that broad-bandwidth ultrasonic signals containing frequency components in excess...
Wave propagation in granular chains is subject to dispersive effects as well as to nonlinear effects...
An ultrasonic transducer technology to generate wideband impulses using a one-dimensional chain of s...
AbstractA narrowband ultrasound source has been used to generate solitary wave impulses in finite-le...
Wave propagation in granular chains is subject to dispersive effects as well as nonlinear effects ar...
Effects which arise as a result of Hertzian contact between adjacent spheres of a granular chain can...
AbstractThis paper investigates the use of chains of spheres to produce impulses. An ultrasonic horn...
This paper investigates the use of chains of spheres to produce impulses. An ultrasonic horn is used...
There has been recent interest in the transmission of acoustic signals along a chain of spheres to p...
The response of a resonant chain of spheres to changes in holder material and pre-compression is stu...
Applications such as High Intensity Focused Ultrasound (HIFU) conventionally use narrowband signals ...
An ultrasonic transducer technology to generate wideband impulses using a one-dimensional chain of s...
An ultrasonic horn operating at 73 kHz has been used to excite one end of a chain of steel spheres. ...
A narrowband ultrasound source has been used to generate solitary wave impulses in finite-length cha...
The propagation of broad bandwidth solitary wave impulses, generated within granular chains by narro...
It is demonstrated that broad-bandwidth ultrasonic signals containing frequency components in excess...
Wave propagation in granular chains is subject to dispersive effects as well as to nonlinear effects...
An ultrasonic transducer technology to generate wideband impulses using a one-dimensional chain of s...
AbstractA narrowband ultrasound source has been used to generate solitary wave impulses in finite-le...
Wave propagation in granular chains is subject to dispersive effects as well as nonlinear effects ar...
Effects which arise as a result of Hertzian contact between adjacent spheres of a granular chain can...
AbstractThis paper investigates the use of chains of spheres to produce impulses. An ultrasonic horn...
This paper investigates the use of chains of spheres to produce impulses. An ultrasonic horn is used...
There has been recent interest in the transmission of acoustic signals along a chain of spheres to p...
The response of a resonant chain of spheres to changes in holder material and pre-compression is stu...