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The orders of magnitude that are covered by the different cross section values are very similar in all cases, and the order of the states with respect to their MPA behavior is similar within the even- and odd-photon absorption groups.
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The two-photon absorption (2PA) cross section values were determined by two-photon excited fluorescence (TPEF) measurements in DMF.
Averages of all section values were taken as the average value for each mouse brain.
Two photon absorption cross section value was measured as 220 GM at 800 nm wavelength for the 3TFABDP compound.
The integrated and mean cross-section values were deduced from the experiment.
(2) The 2PA cross-section values were obtained both by Z-Scan and two-photon excited fluorescence (2PEF) measurements.
A total of 594 nitrogen collision cross-section values were measured empirically in this study, representing three biomolecular classes (lipids, carbohydrates, and peptides) and TAA salts.
They observed that if the instrument was calibrated with the drift-time collision cross-section values of peptides for phospholipid measurement, then the average difference between the drift-time and the T-wave collision cross-section values was 7%, whereas with phospholipid drift-time data this value can be decreased below 0.5%.
The percentage of positive cells was determined per section and values are given as averages ± SEM over all sections.
As discussed in the Introduction section, these values are well within the established ranges for known drugs.
The reported collision cross section (CCS) values are an average of the data recorded over all of the wave heights.
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