The phrase "absorb at most" is correct and usable in written English.
It can be used to indicate a maximum limit of absorption or capacity in a given context.
Example: "The sponge can absorb at most two liters of water before it becomes saturated."
Alternatives: "absorb no more than" or "take in a maximum of".
Moreover, most of colorants absorb at 280 nm and their K-band(s) are significantly stronger than R-band(s) in the Vis range [ 28].
Within proteins, only aromatic residues, primarily Trp and Tyr, absorb at 300 nm, and the Trp residue contributes the most to the absorbance at this wavelength (14).
Rod cells are the most sensitive to light, but all absorb at the same wavelength, which does not allow colours to be distinguished.
Of particular interest is the spectral feature observed at ∼630 nm which appears to be a combination of several overlapping peaks, most likely the M11 transition of metallic (13,4) SWNT structures which absorb at ∼626 nm, and the S22 transition of semiconducting (10,3) SWNT structures which absorb at ∼633 nm.
The closing songs are hard to absorb at first.
These compounds absorb at 230 nm whereas DNA absorbs at 260 nm and protein at 280 nm.
Different carbohydrates absorb at different rates.
While excitation wavelengths around 350 nm seem to be customary [ 3], the most important naturally occurring fluorophores, tryptophan, phenylalanine and tyrosine, absorb most efficiently at wavelengths considerably shorter than 355 nm [ 6, p. 3-17], [ 7, p. 65].
According to the KD values, TAR was most efficiently absorbed at low initial concentration and GLA at high concentration.
And whatever net linear momentum the time-travelling particles have when they emerge from L-, that much linear momentum most be absorbed at L+.
