Description
Polarised-light ReLaserIMD data, metadata and analysis scripts for manuscript "I2BODIPY as a new photoswitchable spin label for orientation-resolved light-induced pulsed EPR dipolar spectroscopy exploiting magnetophotoselection effects". Experimental and computational methods are described in the Supplementary Information of the manuscript. Manuscript DOI to be added after acceptance.
ReLaserIMD_polarised
dipolar_traces - Raw and phased ReLaserIMD traces acquired at the different magnetic field values for molecule [1], with polarised laser.
> Field_3428G
- 3PLaserIMDlfovernightPH - Raw traces obtained with light polarised parallel to the magnetic field; observation feld 3428G.
- 3PLaserIMDlfovernightPV - Raw traces obtained with light polarised perpendicular to the magnetic field; observation feld 3428G.
> Field_3453G
- LaserIMD80K_PH - Raw traces obtained with light polarised parallel to the magnetic field; observation feld 3453G.
- LaserIMD80K_PV - Raw traces obtained with light polarised perpendicular to the magnetic field; observation feld 3453G.
ReLaserIMD_polarised
dipolar_traces - Raw and phased ReLaserIMD traces acquired at the different magnetic field values for molecule [1], with polarised laser.
> Field_3428G
- 3PLaserIMDlfovernightPH - Raw traces obtained with light polarised parallel to the magnetic field; observation feld 3428G.
- 3PLaserIMDlfovernightPV - Raw traces obtained with light polarised perpendicular to the magnetic field; observation feld 3428G.
> Field_3453G
- LaserIMD80K_PH - Raw traces obtained with light polarised parallel to the magnetic field; observation feld 3453G.
- LaserIMD80K_PV - Raw traces obtained with light polarised perpendicular to the magnetic field; observation feld 3453G.
Date made available | 1 Nov 2024 |
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Publisher | University of Manchester Figshare |
Keywords
- electron spin resonance (ESR) spectroscopy
- electron paramagnetic resonance (EPR) spectroscopy
- orientation selective Pulse Dipolar Spectroscopy (os-PDS)
- distance measurement
- triplet state
- spin state