Very high frequency (135 GHz) EPR of the oxidized primary donor of the photosynthetic bacteria Rb. sphaeroides R-26 and Rps. viridis and of Y.D, (signal II) of plant photosystem II

Articles in the same Issue

1. Preface
2. Applications of electron spin echo modulation to transition metal ions in smectite clays
3. Exploiting lineshape singularities in ESEEM of orientationally disordered systems
4. Investigating the location and distribution of transition metal cations in porous solids by ESE spectroscopy
5. Excitation and detection schemes in pulsed EPR
6. Quantification of 1-D and 2-D magnetic resonance time domain signals
7. Echo-induced EPR spectra of nitroxides: Study of molecular librations
8. From polyenals to retinal: An electron-spin-echo study of the triplet state
9. Application of ESE spectroscopy to the study of radical reactions in solids
10. Applications of ESE spectroscopy in the study of electron spin polarization in bacterial photosynthesis
11. Nuclear spin orientation via pulsed EPR and optically cooled triplet electron spins
12. Progress in instrumentation for pulsed EPR and ENDOR spectroscopy
13. Fast molecular dynamics: Novel effects studied by 3 cm and 2 mm band EPR
14. Electron spin echo study of CIDEP in photolysis of di-t-butyl ketone at low temperatures
15. S-band electron spin echo spectroscopy
16. Very high frequency (135 GHz) EPR of the oxidized primary donor of the photosynthetic bacteria Rb. sphaeroides R-26 and Rps. viridis and of Y.D, (signal II) of plant photosystem II
17. Reporting of nitrogen-isotope abundances (Technical Report)