The phrase "absorption strength" is correct and usable in written English.
It can be used in contexts related to physics, chemistry, or materials science, where it refers to the capacity of a material to absorb energy or substances.
Example: "The absorption strength of the material was tested to determine its effectiveness in filtering pollutants."
Alternatives: "absorption capacity" or "absorption ability".
This behavior could be justified by comparing the absorption strength of both materials at 400 nm.
The absorption strength can indirectly reflect the quality of perovskite films.
A trade-off in doping density between absorption strength and operating temperature needs to be made.
A related method is to enhance the absorption strength by nanofocusing of light in tapered metallic structures [65].
When the absorption strength is enhanced, the emission increases with the square of the enhancement in the non-linear regime.
For example, heteroatom doping into MoS2 can produce high dopant concentrations on the surface, thereby modifying the hydrogen absorption strength of nearby surface atoms (Fig. 4a).
All of the fibers have different absorption strengths above 400 nm compared with P25.
Besides, remarkable relationships between the water absorption strengths and the water splitting processes within their influence on the catalyst performance are also discussed.
Thus, optical absorption strengths of the dyes successfully tuned by using the electron accepting property of benzothiadiazole and varying numbers of thiophenes and selenophene.
Recent perspective[17] indicates that 2D plate-like nanoparticles (including those of GaSe) are excellent luminescent emitters due to the suppression of the absorption strengths into one electronic state in contrary to the band for a bulk material.
Vertical transition energies and related wavelengths, as well as absorption strengths, are computed by means of density functional theory and analyzed in the light of structural and electronic parameters such as torsional angles, bond length alternation, ground-state charge transfer and photo-induced charge displacement.
