We demonstrated that the diffusion zone diameter was related semi-logarithmically to the analyte concentration.
Figures 14, 15, 16 and 17 demonstrate that the diffusion of the gas will weaken the supercriticality of the SCCO2 natural gas transitional zone.
The results demonstrated that the diffusion coefficients of dissolved oxygen is 19.45 × 10−5 cm2/s, which is greater than that reported in the literature.
Fluorescence quenching experiments demonstrated that the diffusion coefficient of pyrene increased for copolymer micelles of higher generations, suggesting a more porous shell structure for the higher generation arborescent PS-g-P2VP copolymers.
Reproducing some stylized facts related to the rate and speed of diffusion, and the cumulative proportion of adopters, the authors demonstrated that the diffusion of innovations is not dependent upon variations in firms' priors regarding the (ex ante unknown) performance of an innovation.
Such a flexible S1−xSex@PCNFs (x=0.04) electrode exhibits excellent electrochemical performance for both Li-S (840 mA h g−1 after 100 cycles at 0.1 A g−1) and Na-S batteries (762 mA h g−1 after 100 cycles at 0.1 A g−1), demonstrating that the diffusion of the polysulfides into the electrolyte can be greatly alleviated.
These values distinctly demonstrated that the diffusion exponent n increased with the introduction of IPN.
Recently we have demonstrated that the diffusion of fluorescently labeled ATP (Alexa-ATP) is anisotropic in rat cardiomyocytes (21).
On the other hand, we demonstrated that the diffusion of the crystallization agent could be controlled, which may be exploited to obtain crystals of larger size for neutron diffraction.
Indeed, one early study [ 16] demonstrated that the diffusion rate of molecules through the cartilage endplate, the major route of glucose and oxygen to the central nucleus pulposus (NP) [ 9, 10], was dependent on their size, charge, and shape, with larger, more globular proteins diffusing more slowly than smaller, more linear molecules.
