The phrase "absorption index" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in fields like physics, optics, or materials science, to describe a measure of how much light or other electromagnetic radiation is absorbed by a material.
Example: "The absorption index of the glass determines how much light is transmitted versus absorbed when it passes through."
Alternatives: "absorption coefficient" or "absorption rate".
This approach allows to define a Modal Absorption Index (MAI).
Both materials were characterized in terms of water absorption index and critical humidity point.
All of them were characterized in terms of water absorption index, chemical composition and granulometric distribution.
The substrates with highest water absorption index and more heterogeneous granulometric distribution have positively influenced on protease production.
Regression analyses showed that water absorption index (WAI) was significantly (P<0.05) affected by all linear, quadratic, and interaction terms.
Physical properties of extrudates were measured including radial expansion ratio, unit density, bulk density, and water absorption index.
The strengthened beams showed energy absorption indices that ranged between 111 and 153% of that of the virgin beam.
Here, h is the layer thickness and n and k are the refractive and absorption indexes, respectively.
We will derive pixel-by-pixel maps of CO absorption indices to study the hypothetical return flow of the Hadley cell (or indirect cell) (Schubert 1983), which may not be detected by cloud tracking results.
High optical absorption indexes (Fig. 10, curve 1) of liquid crystalline nanocomposite thin films base on cadmium caprylate with 6 mol% CdSe nanoparticles (2 5 nm) also show that electrosynthesis is promising technique for producing a liquid crystalline nanocomposite further.
For calculation of hydrodynamic size, we used the refractive (Ri) and absorption indices (Rs) of 2.020 and 2.000, respectively, for Printex 90 and standard optical and viscosity properties for H2O.
