Abstract Advancements in the imaging and computing technology have opened the path to digital holography for non-destructive investigations of technical samples, material property measurement, vibration analysis, flow visualization and stress analysis in aerospace industry which has widened the application of digital holography in the above fields. In this paper, we demonstrate the non-destructive investigation and micro-structure measurement application of digital holography to the small particles and a biological sample. This paper gives a brief description of the digital holograms recorded with this system and illustratively demonstrated
Digital in-line holography (DIH) has been applied extensively to characterizations of a variety of p...
Digital holography appears to be the next-generation technology for holographic diagnostics of parti...
Holographic particle image velocimetry is a promising technique to probe and characterize complex fl...
The appearance of the first laser approximately 12 years after the invention of holography by Gabor ...
Digital holography is the direct recording of holograms using a CCD camera and is an alternative to ...
Miniaturization is a development trend of electronics, machinery and information systems, while micr...
Digital holography is a method for recording holograms through the use of an optoelectronic sensor, ...
Digital holography is an effective three’ dimensional imaging technique, with the potential to be us...
Digital holography is an effective 3D imaging technique, with the potential to be used for particle ...
Digital holography became feasible since the availability of charged coupled devices (CCDs) with sma...
In this paper in-line digital holography has been explored for dynamic micro metrological applicatio...
Digital holography is an emerging field of new paradigm in general imaging applications. By replacin...
Digital holography has been reported as an effective tool for particle analysis. Other image-based t...
Studies on digital holographic microscopy for full field high resolution 3-D profiling of MEMS and m...
AbstractConventional optical microscopy suffers from small depth of focus due to its high numerical ...
Digital in-line holography (DIH) has been applied extensively to characterizations of a variety of p...
Digital holography appears to be the next-generation technology for holographic diagnostics of parti...
Holographic particle image velocimetry is a promising technique to probe and characterize complex fl...
The appearance of the first laser approximately 12 years after the invention of holography by Gabor ...
Digital holography is the direct recording of holograms using a CCD camera and is an alternative to ...
Miniaturization is a development trend of electronics, machinery and information systems, while micr...
Digital holography is a method for recording holograms through the use of an optoelectronic sensor, ...
Digital holography is an effective three’ dimensional imaging technique, with the potential to be us...
Digital holography is an effective 3D imaging technique, with the potential to be used for particle ...
Digital holography became feasible since the availability of charged coupled devices (CCDs) with sma...
In this paper in-line digital holography has been explored for dynamic micro metrological applicatio...
Digital holography is an emerging field of new paradigm in general imaging applications. By replacin...
Digital holography has been reported as an effective tool for particle analysis. Other image-based t...
Studies on digital holographic microscopy for full field high resolution 3-D profiling of MEMS and m...
AbstractConventional optical microscopy suffers from small depth of focus due to its high numerical ...
Digital in-line holography (DIH) has been applied extensively to characterizations of a variety of p...
Digital holography appears to be the next-generation technology for holographic diagnostics of parti...
Holographic particle image velocimetry is a promising technique to probe and characterize complex fl...