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This was confirmed by tilting the cuvette with respect to the optical axis, which caused a corresponding tilt in the orientation of bright stripes
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This was confirmed by tilting the cuvette with respect to the optical axis, which caused a corresponding tilt in the orientation of bright stripes.
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Measurements made from the optical micrographs of the microstructured organosiloxane are approximate; this is due to surface inhomogeneities that develop when the sample is extracted from the cuvette and to shrinkage of the sample caused by condensation of residual silicon alkoxide and silanol groups upon exposure to atmospheric moisture
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Measurements made from the optical micrographs of the microstructured organosiloxane are approximate; this is due to surface inhomogeneities that develop when the sample is extracted from the cuvette and to shrinkage of the sample caused by condensation of residual silicon alkoxide and silanol groups upon exposure to atmospheric moisture.
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The modulation periodicity was deliberately selected to correspond to the spacing of bright stripes observed in experiments carried out in the polymethylmethacrylate cuvette. The amplitude mask, however, imposed an intensity modulation that was strictly periodic over the entire beam
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