Oxygen diffusion coefficients of samples prepared with different asphalt mixture designs and air void contents were determined, and correlations between the diffusion coefficients and samples' volumetric characteristics were examined.
This observation is made by comparing the diffusion coefficient of samples subjected to intermittent-type oscillations and those subjected to continuous SAOS.
Synthesized derivatives (3a– 3f) were evaluated in vitroα-amylase and α-glucosidase inhibitory activity and glucose diffusion test of samples.
After holding the plates at room temperature for 1 h to allow diffusion of test samples into the agar, they were incubated [ 17].
A simple form of dilution relies on the outward diffusion of a sample into buffer in a flow focusing geometry, forming a distribution which is approximately Gaussian.
The thermal diffusion length of sample is μ = (α/πf 1/2.
To diagnosis the pathological alterations in cartilage clinically using diffusion information, simple preparation of samples for examination is critical for achieving minimally invasive diagnosis.
Then, the plates were left at room temperature for 2 h to allow diffusion of the test sample and incubated face upwards at 37 °C for overnight.
The porosity and saturated permeability of most of the diffusion cell samples were measured to evaluate the correlation of these two variables with tracer matrix diffusion coefficients divided by the free-water diffusion coefficient (Dm/D⁎).
The addition of 0.1% alginate had no effect on the 5 min sample but decreased the diffusion of the 120 min sample by almost a factor of two.
