Single-molecule diffusion

Imaging of single molecule diffusion. Proc. Nad. Acad. Sci. USA, 93, 2926-2929. [Pg.237]

Despite the difficulty cited, the study of the vibrational spectrum of a liquid is useful to the extent that it is possible to separate intramolecular and inter-molecular modes of motion. It is now well established that the presence of disorder in a system can lead to localization of vibrational modes 28-34>, and that this localization is more pronounced the higher the vibrational frequency. It is also well established that there are low frequency coherent (phonon-like) excitations in a disordered material 35,36) These excitations are, however, heavily damped by virtue of the structural irregularities and the coupling between single molecule diffusive motion and collective motion of groups of atoms. [Pg.137]

Single Molecule Diffusion and Metal Complex Formation at Liquid/Liquid Interfaces... [Pg.205]

SINGLE MOLECULE DIFFUSION AND METAL COMPLEXATION AT THE INTERFACES 207... [Pg.207]

SINGLE MOLECULE DIFFUSION AND METAL COMPLEXAXION AT THE INTERFACES 209... [Pg.209]

FIGURE 10.7. Total internal reflection fluorescence microscopy of the micro-two-phase system of dode-cane/water. (a) Continuous photons with an average of 11 molecules in the observation area, (b) photon burst with an average of 0.02 molecules in the observation area and (c) extension of the photon burst upon the addition of DMPC. A model for the photon burst upon the observation using single molecule diffusion (d). [Pg.211]

Single-Molecule Diffusion Anomalies (and Membrane Structures)... [Pg.109]

SINGLE MOLECULE DIFFUSION AND METAL COMPLEXAHON AT THE INTERFACES 221... [Pg.221]

Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...