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1 article(s) from Wagenpfahl, Alexander

Spin-chemistry concepts for spintronics scientists

Konstantin L. Ivanov,
Alexander Wagenpfahl,
Carsten Deibel and
Jörg Matysik

Beilstein J. Nanotechnol. 2017, 8, 1427–1445, doi:10.3762/bjnano.8.143

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Figure 1: Spin dependent processes in organic solar cells. (Right) The steps from light absorption (a) toward...

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Figure 2: Vector model of the spin states of a radical pair. Here the red and blue arrows show the spin vecto...

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Figure 3: Schematic representation of the energy levels of a radical pair. The spacing between the S and T₀ l...

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Figure 4: Schematic representation of singlet−triplet transitions in a radical pair. Top: S−T₀ transitions oc...

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Figure 5: Formation of MFEs upon recombination of SCRPs. In this example the (R₁R₂) molecule goes to the sing...

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Figure 6: Re-encounters of radicals. In liquids, particles usually move by means of diffusion. In this situat...

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Figure 7: Calculated time-resolved MFE traces as obtained by monitoring recombination fluorescence, resulting...

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Figure 8: MARY curve, i.e., magnetic field dependence of the reaction yield for a singlet-born radical pair. ...

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Figure 9: Principle of the RYDMR method. Top: reaction scheme – interconversion mixes the S and T₀ of a radic...

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Figure 10: Top: Populations of the electronic spin state of an SCRP – when the radical pair is singlet-born in...

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Figure 11: Scheme of CIDNP formation by spin sorting at high magnetic fields. Top: EPR spectra of the two radi...

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Figure 12: Scheme of triplet-state OEP and ONP formation. In anisotropic molecules, the ISC process S₁→T₁ has ...

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Review

Published 11 Jul 2017

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