Extended Data Table 2 Comparison of the CISS-induced magnetoresistance (MR%) and polarization ratio measured through the magnetic field sweeping loop in the magnetic tunnelling deviceComparison of the CISS-induced magnetoresistance (MR%) and polarization ratio measured through the magnetic field sweeping loop in the magnetic tunnelling device

From: Chiral molecular intercalation superlattices

  1. *Converted and calculated using equation \({\rm{M}}{\rm{R}}=\frac{{R}_{{\rm{l}}{\rm{o}}{\rm{w}}}-{{\rm{R}}}_{{\rm{h}}{\rm{i}}{\rm{g}}{\rm{h}}}}{{R}_{{\rm{h}}{\rm{i}}{\rm{g}}{\rm{h}}}}=\frac{\frac{V}{{I}_{{\rm{l}}{\rm{o}}{\rm{w}}}}-\frac{V}{{I}_{{\rm{h}}{\rm{i}}{\rm{g}}{\rm{h}}}}}{\frac{V}{{I}_{{\rm{h}}{\rm{i}}{\rm{g}}{\rm{h}}}}}=\frac{{I}_{{\rm{h}}{\rm{i}}{\rm{g}}{\rm{h}}}-{I}_{{\rm{l}}{\rm{o}}{\rm{w}}}}{{I}_{{\rm{l}}{\rm{o}}{\rm{w}}}}\times 100{\rm{ \% }}.\)
  2. **Converted or calculated using equation \(P=\frac{{I}_{{\rm{high}}}-{I}_{{\rm{low}}}}{{I}_{{\rm{high}}}+{I}_{{\rm{low}}}}\times 100 \% \).
  3. References 5,6,41,53,56,59,60,61,62,63.
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