why superconductor tin at T=1K strongly absorb electromagnetic radiation of wavelength 0.9mm but only weakly absorb radiation of wavelength 1.1mm?
Answers
Answer:1 Magnetism in Matter
Magnetic Moments of Atoms
Magnetization and Magnetic Field
Strength
Classification of Magnetic Substances
Ferromagnetism
Paramagnetism
Diamagnetism
12.2 A Brief History of
Superconductivity
12.3 Some Properties of Type I
Superconductors
Critical Temperature and Critical
Magnetic Field
Magnetic Properties of Type I
Superconductors
Penetration Depth
Magnetization
12.4 Type II Superconductors
12.5 Other Properties of
Superconductors
Persistent Currents
Coherence Length
FluxQuantization
12.6 Electronic Specific Heat
12.7 BCS Theory
12.8 Energy Gap Measurements
Single-Particle Tunneling
Absorption of Electromagnetic
Radiation
12.9 Josephson Tunneling
The dc Josephson Effect
The ac Josephson Effect
Quantum Interference
12.10 High-Temperature
Superconductivity
Mechanisms of High-Tc
Superconductivity
12.11 Applications of
Superconductivity (Optional)
Summary
ESSAY Superconducting Devices, by
Clark A. Hamilton
Explanation: