To obtain the signal, a band centered at 580 [nm] which corresponds to the wavelength of maximal absorption, is selected.
In the proposed triangular-weathering classification diagrams, four index tests, including uniaxial compressive strength, point load strength, P-wave velocity and quick water absorption, are selected to predict weathering grades.
After completion of the HTS campaign, compounds showing over 75% inhibition of the pMV-absorption were selected and retested twice in duplicate to confirm the activity.
Coal samples (0.2 0.25 mm in size) and an ASAP-2000 absorptinstrumentment were selected to conduct low-temperature liquid nitrogen adsorption experiments that aimed to investigate the distribution of micropores and mesopores.
Absorption, stiffness, and m-value were selected to be evaluation indexes to explore the effect of freeze thaw cycle.
For the absorption test, three plasma samples were selected that were positive for antibodies against WUPyV, KIPyV, and HBoV.
Based on the criteria, amines that had a combination of high absorption parameter and high desorption parameter were selected.
Based on observations and statistical analyses, a reference waveband centred on 1800 nm and an absorption band centred on 1928 nm, were selected for measurement of wet weight basis moisture content in peat.
The dilution factors were selected to achieve absorption at excitation within 0.01 0.05 OD range, both for standard and unknowns, to minimize secondary absorption-emission that could distort QY measurements.
The secondary screen consisted of repeating the heme interaction assay using an increased compound concentration of 200 uM (10∶1 molar ratio to heme) and the compounds with greater than a 10% A415 reduction were selected for further absorption spectral and cytotoxic analyses.
Samples without the enzymatic extract were selected so that the absorption difference between blank and examined tests was about 50%.
