Polarized light interferometer for laser fusion studies

Publisher Website
Google Scholar
Abstract
A polarized light interferometer, suitable for the high‐speed photography of microscopic objects in laser fusion experiments, is described. Based on a Wollaston prism as beam splitter, its main advantages are its relative simplicity, the absence of alignment and stability problems, and the extended spectral range down to 0.18 μm wavelength. The interferometer has been successfully applied in CO2 and neodymiumlaser plasma interaction studies with laser illumination at 0.694 μm (ruby laser) and 0.265 μm (4th harmonic of the Nd3+ laser) wavelength.