A new method for diffusion coefficient measurement applicable to micro-fluidics is pre- sented. The method Iltilizes an analytical model describing laminar dispersion in rect- anglllar ~llicro_channe]s. The Illethod ~vas verified throllgh measllremen~ of fllloresceill diffusivity in water and aqueolls polymer solutions of differing concentration. The diffll- sivity of flllorescein was measlmed as 0.64 x 10-gm2/s in water, 0.49 x 10-gm2/s in the 4 gm/dl dextran solution and 0.38 x 10-9n12/s in the 8 gnl/dl dextran solution
A theoretical description of the convection-diffusion process in a homogeneous system enabling estim...
A transport model for the fluid flow of two immiscible fluids in a microchannel is presented. The fl...
<p>Diffusion coefficients in μm<sup>2</sup>/s. Viscosities (Pa-s) of water 0.001, mouse embryonic lu...
A new method for diffusion coefficient measurement applicable to micro-fluidics is pre- sented. The ...
We developed a procedure to measure diffusion coefficients using microfluidic devices that contribut...
AbstractQuantitative analysis of molecular diffusion is a necessity for the efficient design of most...
A new apparatus for measuring the translational diffusion coefficient in liquids at steady state is ...
AbstractA simple experimental method to measure the mutual diffusion of molecular solutes in a micro...
Measurements of the diffusion coefficient of two miscible liquids are reported. The liquids are vari...
A simple technique for determining the diffusion coefficient between two miscible liquids is present...
A simple technique for determining the diffusion coefficient between two miscible liquids is present...
The diffusion coefficient (also known as diffusivity) of an active pharmaceutical ingredient (API) i...
286 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1984.The phenomenon of diffusiopho...
A theoretical diffusivity equation was proposed by Einstein [A. Einstein, Investigations of the Theo...
AbstractThe T-sensor is a microfluidic analytical device that operates at low Reynolds numbers to en...
A theoretical description of the convection-diffusion process in a homogeneous system enabling estim...
A transport model for the fluid flow of two immiscible fluids in a microchannel is presented. The fl...
<p>Diffusion coefficients in μm<sup>2</sup>/s. Viscosities (Pa-s) of water 0.001, mouse embryonic lu...
A new method for diffusion coefficient measurement applicable to micro-fluidics is pre- sented. The ...
We developed a procedure to measure diffusion coefficients using microfluidic devices that contribut...
AbstractQuantitative analysis of molecular diffusion is a necessity for the efficient design of most...
A new apparatus for measuring the translational diffusion coefficient in liquids at steady state is ...
AbstractA simple experimental method to measure the mutual diffusion of molecular solutes in a micro...
Measurements of the diffusion coefficient of two miscible liquids are reported. The liquids are vari...
A simple technique for determining the diffusion coefficient between two miscible liquids is present...
A simple technique for determining the diffusion coefficient between two miscible liquids is present...
The diffusion coefficient (also known as diffusivity) of an active pharmaceutical ingredient (API) i...
286 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1984.The phenomenon of diffusiopho...
A theoretical diffusivity equation was proposed by Einstein [A. Einstein, Investigations of the Theo...
AbstractThe T-sensor is a microfluidic analytical device that operates at low Reynolds numbers to en...
A theoretical description of the convection-diffusion process in a homogeneous system enabling estim...
A transport model for the fluid flow of two immiscible fluids in a microchannel is presented. The fl...
<p>Diffusion coefficients in μm<sup>2</sup>/s. Viscosities (Pa-s) of water 0.001, mouse embryonic lu...