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https://oil-glup.ru/threads/suschestvujut-li-korejskie-masla.239/#post-5710
The Stokes-Einstein equation calculates the diffusion coefficient using the Boltzmann constant, absolute temperature, dynamic viscosity, and particle radius. Given constants include a temperature of 368.15 K and a particle radius of 2 um evaluated across two viscosities of 4 cP and 6 cP. Plugging these parameters right into the formula yields diffusion rates of 3.37 x 10^-14 m²/s for the lower viscosity and 2.25 x 10^-14 m²/s for the higher one.
The Stokes-Einstein equation calculates the diffusion coefficient using the Boltzmann constant, absolute temperature, dynamic viscosity, and particle radius. Given constants include a temperature of 368.15 K and a particle radius of 2 um evaluated across two viscosities of 4 cP and 6 cP. Plugging these parameters right into the formula yields diffusion rates of 3.37 x 10^-14 m²/s for the lower viscosity and 2.25 x 10^-14 m²/s for the higher one.