1.Excellent IR performance
1.High smoothness 2.High lattice matching (MCT) 3.Low dislocation density 4.High infrared transmittance
1. Photoelectric
2. Photoconductive
3. Potorefractive
4. Piezoelectric
5. Acousto-optic
6. Dazzle and Faraday rotation
1.Good transmission
High temperature superconducting
High smoothness 2.High lattice matching (MCT) 3.Low dislocation density 4.High infrared transmittance
1.Good optical, mechanical and thermal properties
1. Perovskite and pyrochlore structure
2. Superconducting thin films
1.Very small dielectric constant
2.Loss in the microwave band
3.Available for large size
1.Sb/N doped
2.No doping
3.Semiconductor