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Time-Resolved Electron Paramagnetic Resonance Spectroscopy

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theory:index [2019/06/15 08:38]
till [Electron paramagnetic resonance]
theory:index [2020/10/08 08:22] (current)
till [EPR Spectroscopy]
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 +~~NOTOC~~
 +
 +{{fa>graduation-cap?48&align=right}}
 ====== Theory ====== ====== Theory ======
  
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-===== Electron paramagnetic resonance =====+===== EPR spectroscopy =====
  
 Together with the far more widespread nuclear magnetic resonance (NMR) spectroscopy, EPR spectroscopy belongs to the methods of magnetic resonance. Together with the far more widespread nuclear magnetic resonance (NMR) spectroscopy, EPR spectroscopy belongs to the methods of magnetic resonance.
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 nocite=atherton-n-1993,carrington-a-1967,weil-ja-2007,brustolon-m-2009,poole-cp-1987,slichter-cp-1963,goldfarb-d-2018 nocite=atherton-n-1993,carrington-a-1967,weil-ja-2007,brustolon-m-2009,poole-cp-1987,slichter-cp-1963,goldfarb-d-2018
 </bibtex> </bibtex>
 +
 +
 ===== Time-resolved EPR spectroscopy ===== ===== Time-resolved EPR spectroscopy =====
  
 Time-resolved EPR spectroscopy is a direct method for observing spin dynamics and electron spin polarization (ESP) during the formation of spin-polarised paramagnetic species, //e.g.// radical pairs or triplet states. The measured quantity is the temporal development of transient magnetization. The ESP determines the sign (absorption or emission) of the EPR signal. Time-resolved EPR spectroscopy is a direct method for observing spin dynamics and electron spin polarization (ESP) during the formation of spin-polarised paramagnetic species, //e.g.// radical pairs or triplet states. The measured quantity is the temporal development of transient magnetization. The ESP determines the sign (absorption or emission) of the EPR signal.
  
 +
 +==== Literature ====
 +
 +<bibtex furtherreading>
 +nocite=bisk-mp-111-3698,forb-advpoc-47-1,bisk-fch-7-10,webe-emagres-6-255
 +</bibtex>
  
theory/index.1560580700.txt.gz · Last modified: 2019/06/15 08:38 by till