The phrase "amount of indentation" is correct and usable in written English.
It can be used when discussing the level or extent of indentation in text formatting, programming, or document layout.
Example: "The amount of indentation in the code affects its readability and structure."
Alternatives: "level of indentation" or "degree of indentation".
According to Fig. 4b, for this amount of indentation depth (about 0.3 nm), a contact radius of about 4 nm is produced on the bottom surface of particle.
Elastic moduli, Poisson ratio, hardness as well as creep and crack resistance were evaluated, as well as the contribution of densification to the overall amount of indentation deformation.
Also, the simulations of indentation depth indicated that the amount of indentation depth produced on the upper surface of the DNA particle is almost twice that produced on the lower surface.
In view of Fig. 4a, we can see that the amount of indentation depth created in this case is about half the indentation depth produced by the impact of AFM tip with the particle.
In systems with soft substrates, recent works have also shown that the amount of substrate indentation pile-up presents direct relationship with a peak in radial stresses at film surface and, consequently, with the amount of indentation circular cracks.
By contrast, the amount of indentation and the effective contact area of the probe used in our experiments was on the micron range.
The effects of the amount of die indentation and the projection pattern on the performance of micro form rolling are experimentally investigated; the transcription ratio (the ratio of the depth of formed grooves to the height of projection) and the oblateness of specimens after form rolling are measured in detail.
Using a myosin heavy chain GAL4 (Mhc-GAL4), we found that overexpressing clu and CLUH in a PINK1-null mutant significantly reduces the amount of thoracic indentation (Fig. 5N).
The size of indentation is the measure of amount of hardness of the specimen.
The pressure of the propellant gases forced the punches outward against soft copper plates, and the maximum pressure was then determined by calculating the amount of pressure needed to create an indentation of equal depth in the copper.
Results show that during a significant portion of the spherical indentation process, the amount of pile-up cannot be related solely to the strain-hardening exponent, as is often assumed.
