Research paper
Computational DFTTheoreticalComputational guide to optimize electric conductance in MoS₂ films
Alireza Ghasemifard, Agnieszka Kuc, Thomas Heine
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| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-Mo, large overlap) | 80% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-S, large overlap) | 80% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-S-Mo, large overlap) | 60% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-Mo-S2, large overlap) | 50% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 20% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 40% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 50% | — | |||
| Overlap Length | overlap length for saturation of interflake conductance | 6.5nm | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-Mo, large overlap) | 80% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-S, large overlap) | 80% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-S-Mo, large overlap) | 60% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-Mo-S2, large overlap) | 50% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 20% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 40% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 50% | — | |||
| Overlap Length | overlap length for saturation of interflake conductance | 6.5nm | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-Mo, large overlap) | 80% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-S, large overlap) | 80% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-S-Mo, large overlap) | 60% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-Mo-S2, large overlap) | 50% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 20% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 40% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 50% | — | |||
| Overlap Length | overlap length for saturation of interflake conductance | 6.5nm | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-Mo, large overlap) | 80% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-S, large overlap) | 80% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-S-Mo, large overlap) | 60% | — | |||
| Conductance Ratio | quantum conductance relative to monolayer (ZZ-Mo-S2, large overlap) | 50% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 20% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 40% | — | |||
| Conductance Reduction | reduction relative to pristine monolayer | 50% | — | |||
| Overlap Length | overlap length for saturation of interflake conductance | 6.5nm | — |