The phrase "amount diffused" is correct and usable in written English.
It can be used in contexts related to the distribution or spread of a substance, such as in scientific or technical discussions.
Example: "The amount diffused through the membrane was measured to determine the permeability of the material."
Alternatives: "quantity dispersed" or "volume spread".
A significant enhancement in thermal oxidation resistance was obtained from Al2O3-coated samples by either decreasing the amount of diffused Cr to the surface (Inconel 617) or preventing the diffusion of Cr (Hastelloy X).
Concluding, a high heating rate would reduce the amount of diffused contaminations.
Presence of more percentage of open porosity, allowed for increased amount of diffused solution into the inner regions of the scaffold.
Because they were in exciting or anxious mood, depending on their different psychological status, the amount of diffused heat was very large at this stage.
Based on the fact, that the diffusion is possible until the gel point is reached, the correlating gel time should be minimized (Eq. 9) to reduce the amount of diffused contaminations, resulting in a smaller contaminated resin volume.
Even if the temperature range, in which the viscosity is below the critical viscosity, is relatively small, the amount of diffused contaminations can be reduced by the time horizon of this temperature range respectively the heating rate.
On the other hand, much more amount of diffused solution within the structure enhanced the exposure of inside polymer nanofibers with the fluid, which in turn increased the polymer water absorption.
In particular, the power density of DS contributions is proportional to a scattering coefficient S, related to the overall amount of diffused power, and is modeled according to a scattering pattern, describing its spatial distribution.
From the tables, we can observe that the delay spreads from the metropolitan street scenario are more dispersive than those from the crossroad scenario because a great amount of diffused optical rays due to the interference objects produce NLOS delay taps with more dispersive delays.
From the amount that an object is diffused, we can infer its depth.
