高速摄影机能把肉眼无法分辨的高速过程记录在胶片上或实时输出,从而提供出一系列耦合的空间——时间信息,供人们进行定性和定量分析。 用高速摄影方法可以研究从宏观到微观、从天然到人为的许多高速流逝过程,例如高能粒子、等离子体、激光、植物的光合作用、分子弛豫过程、燃烧、爆炸、弹体飞行、激波、机械运动、振动、碰撞、断裂、焊接、体育运动等等。 High-speed cameras record high-speed processes invisible to the naked eye on film or in real time, providing a series of coupled space-time information for qualitative and quantitative analysis. High-speed photographic methods can be used to study many high-speed processes, from macroscopical to microscopic, from natural to anthropogenic processes such as energetic particles, plasmas, lasers, plant photosynthesis, molecular relaxation processes, combustion, explosions, projectile flight, shock waves , Mechanical movement, vibration, collision, fracture, welding, sports and more.