Research paper
Computational MDTheoreticalCommensuration torques and lubricity in double moire systems
Nicolas Leconte, Youngju Park, Jiaqi An, Jeil Jung
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| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Torque Constant | k− | 0.024273meV/(atom·rad) | — | |||
| Torque Constant | k+ | 0.058352meV/(atom·rad) | — | |||
| Torque Constant | k− | 0.039meV/(atom·rad) | — | |||
| Torque Constant | k+ | 0.094661meV/(atom·rad) | — | |||
| Binding Energy | Eb | 0.2meV/atom | — | |||
| Binding Energy | Eb | 0.17meV/atom | — | |||
| Binding Energy | Eb | 0.13meV/atom | — | |||
| Sliding Energy Scale | commensurate double moire sliding energy | 0.1meV/atom | — | |||
| Sliding Energy Scale | incommensurate double moire sliding energy | 0.0001meV/atom | — | |||
| Sliding Energy Scale | incommensurate double moire sliding energy | 0.00001meV/atom | — | |||
| Corrugation Amplitude | middle-layer z-axis corrugation | 1.75angstrom | — | |||
| Corrugation Amplitude | L₁ bending corrugation | 0.25angstrom | — | |||
| Corrugation Amplitude | L₂ bending corrugation | 0.35angstrom | — | |||
| Corrugation Amplitude | L₃ bending corrugation | 0.45angstrom | — | |||
| Corrugation Amplitude | maximum bending corrugation | 3.79angstrom | — | |||
| Stacking Area Fraction | AA local stacking area | 7.7% | — | |||
| Stacking Area Fraction | AA local stacking area | 12.2% | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Torque Constant | k− | 0.024273meV/(atom·rad) | — | |||
| Torque Constant | k+ | 0.058352meV/(atom·rad) | — | |||
| Torque Constant | k− | 0.039meV/(atom·rad) | — | |||
| Torque Constant | k+ | 0.094661meV/(atom·rad) | — | |||
| Binding Energy | Eb | 0.2meV/atom | — | |||
| Binding Energy | Eb | 0.17meV/atom | — | |||
| Binding Energy | Eb | 0.13meV/atom | — | |||
| Sliding Energy Scale | commensurate double moire sliding energy | 0.1meV/atom | — | |||
| Sliding Energy Scale | incommensurate double moire sliding energy | 0.0001meV/atom | — | |||
| Sliding Energy Scale | incommensurate double moire sliding energy | 0.00001meV/atom | — | |||
| Corrugation Amplitude | middle-layer z-axis corrugation | 1.75angstrom | — | |||
| Corrugation Amplitude | L₁ bending corrugation | 0.25angstrom | — | |||
| Corrugation Amplitude | L₂ bending corrugation | 0.35angstrom | — | |||
| Corrugation Amplitude | L₃ bending corrugation | 0.45angstrom | — | |||
| Corrugation Amplitude | maximum bending corrugation | 3.79angstrom | — | |||
| Stacking Area Fraction | AA local stacking area | 7.7% | — | |||
| Stacking Area Fraction | AA local stacking area | 12.2% | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Torque Constant | k− | 0.024273meV/(atom·rad) | — | |||
| Torque Constant | k+ | 0.058352meV/(atom·rad) | — | |||
| Torque Constant | k− | 0.039meV/(atom·rad) | — | |||
| Torque Constant | k+ | 0.094661meV/(atom·rad) | — | |||
| Binding Energy | Eb | 0.2meV/atom | — | |||
| Binding Energy | Eb | 0.17meV/atom | — | |||
| Binding Energy | Eb | 0.13meV/atom | — | |||
| Sliding Energy Scale | commensurate double moire sliding energy | 0.1meV/atom | — | |||
| Sliding Energy Scale | incommensurate double moire sliding energy | 0.0001meV/atom | — | |||
| Sliding Energy Scale | incommensurate double moire sliding energy | 0.00001meV/atom | — | |||
| Corrugation Amplitude | middle-layer z-axis corrugation | 1.75angstrom | — | |||
| Corrugation Amplitude | L₁ bending corrugation | 0.25angstrom | — | |||
| Corrugation Amplitude | L₂ bending corrugation | 0.35angstrom | — | |||
| Corrugation Amplitude | L₃ bending corrugation | 0.45angstrom | — | |||
| Corrugation Amplitude | maximum bending corrugation | 3.79angstrom | — | |||
| Stacking Area Fraction | AA local stacking area | 7.7% | — | |||
| Stacking Area Fraction | AA local stacking area | 12.2% | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Torque Constant | k− | 0.024273meV/(atom·rad) | — | |||
| Torque Constant | k+ | 0.058352meV/(atom·rad) | — | |||
| Torque Constant | k− | 0.039meV/(atom·rad) | — | |||
| Torque Constant | k+ | 0.094661meV/(atom·rad) | — | |||
| Binding Energy | Eb | 0.2meV/atom | — | |||
| Binding Energy | Eb | 0.17meV/atom | — | |||
| Binding Energy | Eb | 0.13meV/atom | — | |||
| Sliding Energy Scale | commensurate double moire sliding energy | 0.1meV/atom | — | |||
| Sliding Energy Scale | incommensurate double moire sliding energy | 0.0001meV/atom | — | |||
| Sliding Energy Scale | incommensurate double moire sliding energy | 0.00001meV/atom | — | |||
| Corrugation Amplitude | middle-layer z-axis corrugation | 1.75angstrom | — | |||
| Corrugation Amplitude | L₁ bending corrugation | 0.25angstrom | — | |||
| Corrugation Amplitude | L₂ bending corrugation | 0.35angstrom | — | |||
| Corrugation Amplitude | L₃ bending corrugation | 0.45angstrom | — | |||
| Corrugation Amplitude | maximum bending corrugation | 3.79angstrom | — | |||
| Stacking Area Fraction | AA local stacking area | 7.7% | — | |||
| Stacking Area Fraction | AA local stacking area | 12.2% | — |