We present an experimental method of non-invasively measuring the optical pathlength distribution in diffusive media using dual-fiber interferometry, which allows for the evaluation of the diffusion coefficient independent of the boundary conditions. © 2006 Optical Society of America
A simple and compact digital speckle pattem interferometer is proposed to measure the isothermal dif...
A wavefront shearing optical interferometer has been built in this laboratory, and its use for diffu...
We have used Monte Carlo simulations for a two-layered diffusive medium to investigate the effect of...
We present an experimental method of non-invasively measuring the optical pathlength distribution in...
Based on optical-path-length spectroscopy, we present a method for determining optical diffusion coe...
Based on optical-path-length spectroscopy, we present a method for determining optical diffusion coe...
A common-path interferometer (CPI) system was developed to measure the diffusivity of liquid pairs. ...
Measurements of the diffusion coefficient of two miscible liquids are reported. The liquids are vari...
A digital speckle pattern interferometer with optical fibers is proposed for the real time measurem...
Optical diagnostic techniques have become an integral part of many measurements in industrial and re...
We demonstrate a fiber-based optical technique for measuring the diffusive mass transport at liquid-...
Abstract: In this paper we present two methods to measure the diffusion coefficient in transparent m...
We report on the successful application of the digital interferometry for measuring diffusion and So...
In this work, a method has been developed to easily determine the effective diffusion coefficient (D...
We show experimental validation of a novel technique to measure optical path length distributions an...
A simple and compact digital speckle pattem interferometer is proposed to measure the isothermal dif...
A wavefront shearing optical interferometer has been built in this laboratory, and its use for diffu...
We have used Monte Carlo simulations for a two-layered diffusive medium to investigate the effect of...
We present an experimental method of non-invasively measuring the optical pathlength distribution in...
Based on optical-path-length spectroscopy, we present a method for determining optical diffusion coe...
Based on optical-path-length spectroscopy, we present a method for determining optical diffusion coe...
A common-path interferometer (CPI) system was developed to measure the diffusivity of liquid pairs. ...
Measurements of the diffusion coefficient of two miscible liquids are reported. The liquids are vari...
A digital speckle pattern interferometer with optical fibers is proposed for the real time measurem...
Optical diagnostic techniques have become an integral part of many measurements in industrial and re...
We demonstrate a fiber-based optical technique for measuring the diffusive mass transport at liquid-...
Abstract: In this paper we present two methods to measure the diffusion coefficient in transparent m...
We report on the successful application of the digital interferometry for measuring diffusion and So...
In this work, a method has been developed to easily determine the effective diffusion coefficient (D...
We show experimental validation of a novel technique to measure optical path length distributions an...
A simple and compact digital speckle pattem interferometer is proposed to measure the isothermal dif...
A wavefront shearing optical interferometer has been built in this laboratory, and its use for diffu...
We have used Monte Carlo simulations for a two-layered diffusive medium to investigate the effect of...
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