Optically probing structure and organization : single-molecule spectroscopy on polyethylene films and aresonance Raman study of a carotenoid

single-molecule spectroscopy on polyethylene films and a resonance Raman study of a

The traces displayed in Figure 1.2(a), (b), and (c) are therefore rather uncommon and unlikely examples of single-molecule fluorescence time traces, since they show two or

This image shows that the optical quality of our samples allows us to deter- mine the position of dopant molecules in PE with a high degree of accuracy ( ≤ 0.1 pixel  10

Where DBATT guest molecules in doped LDPE films, both spincoated and pressed [75], were ran- domly oriented, the dopant chromophores in spincoated HDPE displayed pref-

The close correspondence of the experimental and the calculated values serves to illustrate that our 15,15’-cis calculations correctly reproduce the frequencies found in the C=C

Kolaczkowski, “On the mechanism of triplet energy transfer from the triplet primary donor to spheroidene in photosynthetic reaction cen- ters from Rhodobacter sphaeroides

Dit kan betekenen dat (1) de ingebrachte chromo- foren zich alle geleidelijk steeds beter langs de strekrichting ori¨enteren of juist dat (2) steeds meer moleculen langs deze

Copyright and moral rights for the publications made accessible in the public portal are retained by the authors and/or other copyright owners and it is a condition of