| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 733778 | Optics & Laser Technology | 2012 | 4 Pages |
The model of the optical impulse scattering echo based on Mie theory and backscattering properties of bubble populations is presented. The experimental results of optical impulse scattering echo for a ship in the ocean is in agreement with the simulated experiment. The wake bubbles significantly influence the laser scattering echo process in the ocean. When the testing system is outside the wake, the distinct scattering echoes of interface between wake bubbles and water are received. When the testing system is inside the wake, the intensity of the echo attenuates with the increased scattering of wake bubbles. These phenomena of laser echoes in different periods are analyzed.
► The model of the optical impulse scattering echo for wake bubbles is presented. ► The experimental results of the model for a ship in the ocean is agree with simulated experiment. ► The wake bubbles significantly influence the laser scattering echo process in the ocean. ► This paper is of some valuable reference for ship wake study.
