Top 10 similar words or synonyms for holographic_interferometry

reflectometry    0.757258

vibrometry    0.749683

mach_zehnder_interferometer    0.741284

metamaterial_cloaking    0.738604

wavefront_sensor    0.730191

spectroscopy_arpes    0.724950

interferometry    0.724721

ray_diffraction_xrd    0.722743

laser_doppler    0.720917

magnetic_circular_dichroism    0.720047

Top 30 analogous words or synonyms for holographic_interferometry

Article Example
Holographic interferometry The form of the fringe pattern is related to the changes in surface position or air compaction.
Holographic interferometry Many methods of analysing such patterns automatically have been developed in recent years.
Holographic interferometry Several research groups published papers in 1965 describing holographic interferometry.
Holographic interferometry In off-axis configuration, holographic interferometry is sensitive enough to enable wide-field, laser Doppler imaging of optical fluctuations in amplitude and phase, either with a slow or a fast camera. A slow (e.g. video rate) camera will record time-averaged holographic interferograms which will result in lowpass filtering of the optical fluctuation signal. By shifting the frequency of the reference beam, the lowpass filter becomes a bandpass filter centered at the detuning frequency, and selective narrowband detection and imaging can be performed. This method permits microvascular blood flow imaging, and wide-field measurement of photoplethysmograms by detection of out-of-plane tissue motion. The wide temporal bandwidth of a high throughput camera can enable wideband detection and analysis of optical fluctuations. It can be used for pulsatile blood flow imaging.
Holographic interferometry Holographic interferometry (HI) is a technique which enables static and dynamic displacements of objects with optically rough surfaces to be measured to optical interferometric precision (i.e. to fractions of a wavelength of light). These measurements can be applied to stress, strain and vibration analysis, as well as to non-destructive testing. It can also be used to detect optical path length variations in transparent media, which enables, for example, fluid flow to be visualised and analyzed. It can also be used to generate contours representing the form of the surface.