Open aperture Z-scan experiments showed that charge transfer enhanced to two photon absorption properties.
A linear potential scanning experiment shows that the anodic polarization current of this system is rather small in a wide range of potentials until it reaches the anodic dissolution potential of pure Sn in the same solution.
Confocal laser scanning microscopy experiments showed that ARH could be used to detect Fe3+ in living cells.
Confocal laser scanning microscopy experiments showed that rhodamine B-2-aminobutenedioate can be applied to detect acidic pH variations in living cells with a turn-on signal.
Circular dichroism and differential scanning calorimetry experiments showed that all these proteins are folded cooperatively and are very stable (Tm > 70 °C).
Differential scanning calorimetry experiments showed that a significant degree of interaction occurred between KGM and water and that the KGM gels produced in our study cannot be classified as thermoreversible.
The segmentation accuracy (DSC was 93.4±4.5% for normal lung CT scans and 86.0±7.1% for pathological lung CT scans. Experiments showed excellent agreements (all above 85%) with expert evaluations for both structural and functional imaging modalities.
Furthermore, pH and scan rate controlled experiments showed that the reaction has diffusion controlled mechanism and diffusion of H+ or K+ into interlayer is believed to be contributing to the redox reaction indirectly.
Differential scanning calorimetry (DSC) experiments showed that rlatherin has good thermal stability in solution, with no apparent thermally-induced changes below 85°C, and that it undergoes endothermic unfolding at higher temperatures (Tm≈105°C, see Figure 2B).
In the first part, scanning electron microscopy experiments show that the two-phases composition of the semi-IPN NBR/PEDOT obtained notably the localization of PEDOT inside the NBR matrix.
