Real-time measurement of large liquid surface deformation using a holographic shearing interferometer
K. Matsuda, S Watanabe, Tomoaki Eiju
Abstract
K. Matsuda, S Watanabe, Tomoaki Eiju
Abstract
A new holographic lateral shear interferometer with two three-beam holograms is described which is useful for the real-time measurement of large liquid surface deformations. In the interferometer, it is shown theoretically and experimentally that the aberrations of the optical system can be cancelled and the amount of shear changed easily. The shearing interferograms of the liquid surface deformations caused by a water strider, etc. are demonstrated.
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A new holographic lateral shear interferometer with two three-beam holograms is described which is useful for the real-time measurement of large liquid surface deformations. In the interferometer, it is shown theoretically and experimentally that the aberrations of the optical system can be cancelled and the amount of shear changed easily. The shearing interferograms of the liquid surface deformations caused by a water strider, etc. are demonstrated.
Key concepts: Shearing interferometer, Optics, Shearing (physics), Interferometry, Holography, Holographic interferometry, Materials science, Surface forces apparatus