Add to ORKGInternational audienceThis study details the characterization of two phase flows using digital holography in astigmatic systems through a generalized convolution method derived from the Collins formula
We have studied several speckle reduction techniques, applicable to digital holography. These inclu...
Digital holography is a new technology emerged in 1994. Because of developments of Laser, personal c...
International audienceDigital in-line holography is revisited to propose a mathematical model that d...
International audienceThis study details the characterization of two phase flows using digital holog...
International audienceAn extended Generalized Fresnel Transform (GFT) is proposed to account for the...
Theory, analysis and applications of digital in-line holography are presented for metrological appli...
In this paper the single two dimensional fast Fourier transform (S-FFT) calculation of Collins' for...
International audienceDigital in-line Holography for investigating multiphase flows is reviewed and ...
In-line digital holography based on two-intensity measurements [Zhang et al. Opt. Lett. 29, 1787 (20...
International audienceDigital in-line holography (DH) is widely used to characterize two-phase flows...
10 pagesInternational audienceHolography is a well-known technique to measure 3D location, velocity,...
Holography uses wave (physical) optical principles of interference and diffraction to record and dis...
International audienceAn extension of digital in-line holography to particle and particle systems ch...
Phase information plays an important role in three-dimensional (3D) imaging. Digital holography (DH)...
Non-contact optical methods such as digital holographic interferometry are highly suitable in measur...
We have studied several speckle reduction techniques, applicable to digital holography. These inclu...
Digital holography is a new technology emerged in 1994. Because of developments of Laser, personal c...
International audienceDigital in-line holography is revisited to propose a mathematical model that d...
International audienceThis study details the characterization of two phase flows using digital holog...
International audienceAn extended Generalized Fresnel Transform (GFT) is proposed to account for the...
Theory, analysis and applications of digital in-line holography are presented for metrological appli...
In this paper the single two dimensional fast Fourier transform (S-FFT) calculation of Collins' for...
International audienceDigital in-line Holography for investigating multiphase flows is reviewed and ...
In-line digital holography based on two-intensity measurements [Zhang et al. Opt. Lett. 29, 1787 (20...
International audienceDigital in-line holography (DH) is widely used to characterize two-phase flows...
10 pagesInternational audienceHolography is a well-known technique to measure 3D location, velocity,...
Holography uses wave (physical) optical principles of interference and diffraction to record and dis...
International audienceAn extension of digital in-line holography to particle and particle systems ch...
Phase information plays an important role in three-dimensional (3D) imaging. Digital holography (DH)...
Non-contact optical methods such as digital holographic interferometry are highly suitable in measur...
We have studied several speckle reduction techniques, applicable to digital holography. These inclu...
Digital holography is a new technology emerged in 1994. Because of developments of Laser, personal c...
International audienceDigital in-line holography is revisited to propose a mathematical model that d...