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THIRD ORDER NONLINEAR INTERACTIONS OF FOCUSED GAUSSIAN
VACUUM ULTRAVIOLET HOLOGRAPHY
Images for the Geometry of Figure 22
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1182 X radiation acetylcellulose Airy pattern amplitude Appendix bŁk for b/L beam waist cell confocal parameter constant curve defined by Eqs DELK DELTAK diameter driving polarization electron microscope Eu(r evaluated exp ik'z far-field Fraunhofer holograms focus Fourier transform free parameter fringe fundamental beams Gaussian beam grainless recording high resolution holographic INTEGRAL interaction of focused ISQ.FFT ISQ.GIANT KN KN lowest order Gaussian magnification modulation nonlinear medium object wave OJ OJ OJ optical optimization procedure output peak phase mismatch photoresist photosensitive medium photosensitive recording Phys pinhole plane wave plotted in Fig PMMA produced PROGRAM pulse r-l r-l r-l radiation mode reconstructed images Reconstruction Geometry reconstruction wave Recording Geometry recording medium reference wave replica sample Section set-up shadowing slip in phase spatial frequency transform geometry transmission electron microscope transmittance vacuum ultraviolet values of b/L VUV holography VUV radiation WATFIV wave vector wavefront wavelength x-ray Xe pressure yields