"diffusion speed" is a correct and usable phrase in written English.
It refers to the rate at which particles or molecules spread out and move from an area of high concentration to an area of low concentration. Here is an example sentence using "diffusion speed": "The diffusion speed of oxygen is faster than that of carbon dioxide, allowing for efficient gas exchange in the lungs."
Diffusion speed indicates how fast entities are diffused between nodes.
Unlike the case of uniformly distributed particles, preferential localization of protein molecules to cristae radically augments the impact of membrane topology on diffusion speed of such particles: because of a small absolute diffusivity of cristae-locked molecules, even gentle membrane restructuring would be sufficient to induce profound changes in Klong.
Specifically, we further provide the upper bounds on the diffusion speed, ϵ-convergence time and the number of radio transmissions.
Six network performance metrics, including four new metrics, are applied to quantify networks' diffusion speed, diffusion scale, homogeneity, and diameter.
The bulk liquid diffusion speed VDb is a critical parameter for the transition.
A diffusion function with high diffusion speed is designed, and a key generator based on the chaotic skew tent map is derived.
However, the response and recovery times are longer than the later one, indicating a lower diffusion speed during the surface contact reactions.
Finally, we look at models in which the initial choice between different variants of the new technology affect the subsequent diffusion speed of the chosen technology.
For dissipative acousto-spinodal decomposition the relevant parameters are the ratio of diffusion speed to density wave speed Mach number (Ma) and the Reynolds number (Re).
Also, considering the temperature-dependent properties drastically changes the temperature and heat flux distributions within the transistor, which increases the diffusion speed and more, decreases the steady state time.
This affects the response to either increase or decrease, depending on the local temperature that is determined by the sensor design, i.e., gas diffusion speed and reaction, with respect to the optimal sensor operating temperature.
