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IEVref: | 815-10-20 | ID: | |

Language: | en | Status: Standard | |

Term: | superconducting condensation energy | ||

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Definition: | free energy density difference between the normal state and the superconducting state Note 1 to entry: At zero magnetic field strength and zero direct current, the superconducting condensation energy is given by $\left(1/2\right){\mu}_{0}{H}_{\text{c}}^{2}$, where ${\mu}_{\text{0}}$ is the magnetic constant and ${H}_{\text{c}}$ is the critical field strength (815-10-21). | ||

Publication date: | 2015-11 | ||

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Note 1 to entry: At zero magnetic field strength and zero direct current, the superconducting condensation energy is given by $\left(1/2\right){\mu}_{0}{H}_{\text{c}}^{2}$, where ${\mu}_{\text{0}}$ is the magnetic constant and ${H}_{\text{c}}$ is the critical field strength (815-10-21).