我们利用快速摄影浃从视觉上研究了空气枪产生的水下振荡气泡的形状、表面、涡流及其它特性。震源是气室体积为1.6立方英寸的BOLT气枪,被放置在0.5米深体积为0.85立方米的容器中。为了对振荡气泡的瞬时照片和离气枪25厘米处所记录的压力场进行比较,我们还记录了近场特征。此外,我们根据快速影片系列图像估计了气泡壁的速度和 We used rapid photography to visually investigate the shape, surface, vortex, and other characteristics of underwater oscillating bubbles created by air guns. The source was a BOLT air gun with a 1.6 cubic inch cell volume and was placed in a 0.5 meter deep, 0.85 cubic meter container. In order to compare the instantaneous picture of the oscillating bubble with the pressure field recorded at 25 cm from the air gun, we also recorded the near-field characteristics. In addition, we estimate the bubble wall velocity based on a series of quick movies