Holography is a two-stage method of imagery in which both amplitude and phase information characteri...
Holography is a two-stage method of imagery in which both amplitude and phase information characteri...
Holographic interferometry was successfully applied to a large-scale wind tunel (40-cm x 40-cm test ...
Holographic interferometry, improved coherence of ruby lasers, and instrumentation technique
Investigating possibilities and limitations of applying holographic techniques to aerospace technolo...
Holography and optical filtering techniques for structural analysis, material tests, and astronomica...
Improvement in sensitivity of holography, the technique of lensless interferometry, is obtained by e...
Fourier transform hologram camera increases the velocity range for holography by a factor of 10 to 1...
Double exposure holographic interferometry, image degradation by noise transmission, film grain size...
The data represent a thorough study of the aberrations and imaging properties of holographic optical...
The development of holography and the state of the art in recording and displaying information, micr...
Laser interferograms, holographic data sorting for transmission, pulsed laser holograms, holography ...
A number of innovative devices and techniques in optics and related fields were presented. The follo...
Time average holography is useful in recording steady state vibrational mode patterns. Phase relatio...
Holography is a two-stage method of imagery in which both amplitude and phase information characteri...
Holography is a two-stage method of imagery in which both amplitude and phase information characteri...
Holography is a two-stage method of imagery in which both amplitude and phase information characteri...
Holographic interferometry was successfully applied to a large-scale wind tunel (40-cm x 40-cm test ...
Holographic interferometry, improved coherence of ruby lasers, and instrumentation technique
Investigating possibilities and limitations of applying holographic techniques to aerospace technolo...
Holography and optical filtering techniques for structural analysis, material tests, and astronomica...
Improvement in sensitivity of holography, the technique of lensless interferometry, is obtained by e...
Fourier transform hologram camera increases the velocity range for holography by a factor of 10 to 1...
Double exposure holographic interferometry, image degradation by noise transmission, film grain size...
The data represent a thorough study of the aberrations and imaging properties of holographic optical...
The development of holography and the state of the art in recording and displaying information, micr...
Laser interferograms, holographic data sorting for transmission, pulsed laser holograms, holography ...
A number of innovative devices and techniques in optics and related fields were presented. The follo...
Time average holography is useful in recording steady state vibrational mode patterns. Phase relatio...
Holography is a two-stage method of imagery in which both amplitude and phase information characteri...
Holography is a two-stage method of imagery in which both amplitude and phase information characteri...
Holography is a two-stage method of imagery in which both amplitude and phase information characteri...
Holographic interferometry was successfully applied to a large-scale wind tunel (40-cm x 40-cm test ...