Research paper
Computational DFTTheoretical| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Stabilization Energy | extra C₆₀ edge stabilization | 0.28eV | — | |||
| Energy Difference | ferromagnetic minus non-magnetic total energy | 103meV | — | |||
| Energy Difference | antiferromagnetic minus non-magnetic total energy | 9meV | — | |||
| Band Gap | non-magnetic band gap | 0.09eV | — | |||
| Band Gap | antiferromagnetic band gap | 0.31eV | — | |||
| Magnetic Moment | magnetic moment per magnetic C₆₀ | 1µB | — | |||
| Magnetic Moment Fraction | spin density fraction on six magnetic carbon atoms | 86.8% | — | |||
| Exchange Coupling | J₁₂ | 6.065meV | — | |||
| Exchange Coupling | J11′ | -0.222meV | — | |||
| Energy Difference | total energy difference between aligned and misaligned chevron-like nanoribbons | 3.4meV | — | |||
| Energy Difference | energy lowering per C₆₀ unit with increased spacing between extra C₆₀ cages | 0.63eV | — | |||
| Magnon Energy Scale | low-frequency magnon range below 1 meV | 1meV | — | |||
| Xrd Space Group | space group | P2/m | — | — | — | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Stabilization Energy | extra C₆₀ edge stabilization | 0.28eV | — | |||
| Energy Difference | ferromagnetic minus non-magnetic total energy | 103meV | — | |||
| Energy Difference | antiferromagnetic minus non-magnetic total energy | 9meV | — | |||
| Band Gap | non-magnetic band gap | 0.09eV | — | |||
| Band Gap | antiferromagnetic band gap | 0.31eV | — | |||
| Magnetic Moment | magnetic moment per magnetic C₆₀ | 1µB | — | |||
| Magnetic Moment Fraction | spin density fraction on six magnetic carbon atoms | 86.8% | — | |||
| Exchange Coupling | J₁₂ | 6.065meV | — | |||
| Exchange Coupling | J11′ | -0.222meV | — | |||
| Energy Difference | total energy difference between aligned and misaligned chevron-like nanoribbons | 3.4meV | — | |||
| Energy Difference | energy lowering per C₆₀ unit with increased spacing between extra C₆₀ cages | 0.63eV | — | |||
| Magnon Energy Scale | low-frequency magnon range below 1 meV | 1meV | — | |||
| Xrd Space Group | space group | P2/m | — | — | — | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Stabilization Energy | extra C₆₀ edge stabilization | 0.28eV | — | |||
| Energy Difference | ferromagnetic minus non-magnetic total energy | 103meV | — | |||
| Energy Difference | antiferromagnetic minus non-magnetic total energy | 9meV | — | |||
| Band Gap | non-magnetic band gap | 0.09eV | — | |||
| Band Gap | antiferromagnetic band gap | 0.31eV | — | |||
| Magnetic Moment | magnetic moment per magnetic C₆₀ | 1µB | — | |||
| Magnetic Moment Fraction | spin density fraction on six magnetic carbon atoms | 86.8% | — | |||
| Exchange Coupling | J₁₂ | 6.065meV | — | |||
| Exchange Coupling | J11′ | -0.222meV | — | |||
| Energy Difference | total energy difference between aligned and misaligned chevron-like nanoribbons | 3.4meV | — | |||
| Energy Difference | energy lowering per C₆₀ unit with increased spacing between extra C₆₀ cages | 0.63eV | — | |||
| Magnon Energy Scale | low-frequency magnon range below 1 meV | 1meV | — | |||
| Xrd Space Group | space group | P2/m | — | — | — | — |
| Type | Label | Value | Material | Sample | Condition | Source |
|---|---|---|---|---|---|---|
| Stabilization Energy | extra C₆₀ edge stabilization | 0.28eV | — | |||
| Energy Difference | ferromagnetic minus non-magnetic total energy | 103meV | — | |||
| Energy Difference | antiferromagnetic minus non-magnetic total energy | 9meV | — | |||
| Band Gap | non-magnetic band gap | 0.09eV | — | |||
| Band Gap | antiferromagnetic band gap | 0.31eV | — | |||
| Magnetic Moment | magnetic moment per magnetic C₆₀ | 1µB | — | |||
| Magnetic Moment Fraction | spin density fraction on six magnetic carbon atoms | 86.8% | — | |||
| Exchange Coupling | J₁₂ | 6.065meV | — | |||
| Exchange Coupling | J11′ | -0.222meV | — | |||
| Energy Difference | total energy difference between aligned and misaligned chevron-like nanoribbons | 3.4meV | — | |||
| Energy Difference | energy lowering per C₆₀ unit with increased spacing between extra C₆₀ cages | 0.63eV | — | |||
| Magnon Energy Scale | low-frequency magnon range below 1 meV | 1meV | — | |||
| Xrd Space Group | space group | P2/m | — | — | — | — |