University of Manchester
Browse
TEXT
01_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3690G_175n.DSC (0.37 kB)
.DTA
01_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3690G_175n.DTA (4.53 kB)
TEXT
02_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3730G_45n.DSC (0.37 kB)
.DTA
02_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3730G_45n.DTA (4.53 kB)
TEXT
03_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3770G_45n.DSC (0.37 kB)
.DTA
03_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3770G_45n.DTA (4.53 kB)
TEXT
04_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3810G_45n.DSC (0.37 kB)
.DTA
04_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3810G_45n.DTA (4.53 kB)
TEXT
05_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3850G_145n.DSC (0.37 kB)
.DTA
05_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3850G_145n.DTA (4.53 kB)
TEXT
01_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3690G_175n_corrected.DSC (0.36 kB)
.DTA
01_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3690G_175n_corrected.DTA (1.88 kB)
TEXT
02_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3730G_45n_corrected.DSC (0.36 kB)
.DTA
02_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3730G_45n_corrected.DTA (1.88 kB)
TEXT
03_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3770G_45n_corrected.DSC (0.36 kB)
.DTA
03_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3770G_45n_corrected.DTA (1.88 kB)
TEXT
04_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3810G_45n_corrected.DSC (0.36 kB)
.DTA
04_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3810G_45n_corrected.DTA (1.88 kB)
TEXT
05_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3850G_145n_corrected.DSC (0.36 kB)
.DTA
05_4PDEER10-20-10_longtau_3K_p9-25d9-40_VG48_3850G_145n_corrected.DTA (1.86 kB)
1/0
20 files

Primary Data (Longer Tau) - Compound [1(2A)3]

dataset
posted on 2024-04-03, 10:51 authored by Lubomir LociLubomir Loci, Selena J. Lockyer, Tom S. Bennett, Ciaran J. Rogers, Adam Brookfield, Grigore A. Timco, Jack J. Miller, George F. S. Whitehead, Selina Nawaz, Richard E. P. Winpenny, Alice M. Bowen

This dataset supports the data found in the manuscript "Characterizing X-ray and Solution State Conformations for a Model Qubit System: {Cr7Ni} Ring Rotaxanes on a Mixed Metal Triangle"; descriptions of methods employed and compound structures are given in the manuscript.

This dataset contains the five experimental DEER traces (before and after background correction in DeerAnalysis) measured for compound [1(2A)3] with a relatively long tau-2 value in order to maximise the length of the traces.

Funding

Molecular assembly of spintronic circuits with DNA

Engineering and Physical Sciences Research Council

Find out more...

Scaling Up quantum computation with Molecular spins

Engineering and Physical Sciences Research Council

Find out more...

From rings to nanostructures

Engineering and Physical Sciences Research Council

Find out more...

Heterometallic Rings for Future Electronics

European Research Council

Find out more...

Core Capability for Chemistry Research: University of Manchester

Engineering and Physical Sciences Research Council

Find out more...

A National Research Facility for EPR Spectroscopy, 2022-2027

Engineering and Physical Sciences Research Council

Find out more...

EPSRC National Electron Paramagnetic Resonance Facility and Service

Engineering and Physical Sciences Research Council

Find out more...

EPR NRF Core Equipment Bid

Engineering and Physical Sciences Research Council

Find out more...

Magnetic Properties Measurement System for Manchester and National EPR Facility

Engineering and Physical Sciences Research Council

Find out more...

FAult Tolerant MOLecular Spin processor

European Commission

Find out more...

Novo Fonden (ref. NNF21OC0068683)

History