The phrase "absorption length" is correct and usable in written English.
It is typically used in scientific contexts, particularly in physics and engineering, to describe the distance over which a substance can absorb radiation or particles.
Example: "The absorption length of the material determines how deeply the radiation can penetrate before being significantly attenuated."
Alternatives: "absorption depth" or "attenuation length".
The vacancy absorption length scales have also been slightly decreased.
Low angle-II STGBs show distinctively larger absorption length than high-angle STGBs, whereas low angle-I STGBs have slightly larger absorption length scale than most of the high-angle STGBs, as also demonstrated in Supplementary Table 1.
It can be seen that there exists a correlation between GB type and vacancy absorption length scale.
We show that the low-angle GBs have larger absorption length scales over their high-angle counterparts.
Dependence of (a) minimum vacancy segregation energy and (b) mean vacancy segregation energy and absorption length scale on GB energy for all the STGBs.
There exist highly negative linear correlations between GB energy and mean vacancy segregation energy/vacancy absorption length scale for the equilibrium GBs.
However, the short absorption length in mud limits the mixing length and, consequently, the resulting beam is weak and broad.
For example, a rate-theory model on GB sink strength requires point defect formation energetics, absorption length scales, or defect migration barriers that can be readily obtained by atomistic simulations29,34.
The absorption length is greatly influenced by varying main parameters, due to flow conditions and thermal conditions.
We further show in Fig. 7b the dependence of mean vacancy segregation energy (ranges from −0.44 to −1.01 eV) and absorption length scale (ranges from 3.18 to 12.41 Å) on GB energy for all STGBs.
Specifically, increasing GB energy, which involves a transition from the low-angle GBs to the high-angle ones, generally enhance vacancy segregation to the GBs, and, on the other hand, decreases the vacancy absorption length scale.
