Broadband and high transmission multifunctional metasurface based on temperature-tunable InSb (OPTICS 128161)

Broadband and high transmission multifunctional metasurface based on temperature-tunable InSb :

1.The relative permittivity real part of InSb at different temperatures.

2. The relative permittivity imaginary part of InSb at different temperatures.

3. The transmission coefficient of the proposed meta-atom at 220 K.

4.The transmission coefficient of the proposed meta-atom at 360 K.

5.The phase shift of the proposed meta-atom at 220 K.

6.The phase shift of the proposed meta-atom at 360 K.

7. The transmission coefficient at 220k and 360k for 8 meta-atoms at 0.75 THz.

8. The transmission coefficient at 220k and 360k for 8 meta-atoms at 0.85 THz.

9. The transmission coefficient at 220k and 360k for 8 meta-atoms at 0.95 THz.

10.The abnormal deflector at 0.75 Thz at the temperature of 220 k and 360 k.

11. The abnormal deflector at 0.85 Thz at the temperature of 220 k and 360 k.

12. The abnormal deflector at 0.95 Thz at the temperature of 220 k and 360 k.

13.The electric field strength of the x component along x axis of the proposed metalens at 220k and 360k.

基于温度可调锑化铟(InSb)的宽频高传输多功能超表面：
1. 不同温度下锑化铟(InSb)的相对介电常数实部
2. 不同温度下锑化铟(InSb)的相对介电常数虚部
3. 220 K温度下所提出的超原子的传输系数
4. 360 K温度下所提出的超原子的传输系数
5. 220 K温度下所提出的超原子的相移
6. 360 K温度下所提出的超原子的相移
7. 0.75 THz频段下，8个超原子在220 K与360 K时的传输系数
8. 0.85 THz频段下，8个超原子在220 K与360 K时的传输系数
9. 0.95 THz频段下，8个超原子在220 K与360 K时的传输系数
10. 220 K与360 K温度下，0.75 THz处的异常偏折特性
11. 220 K与360 K温度下，0.85 THz处的异常偏折特性
12. 220 K与360 K温度下，0.95 THz处的异常偏折特性
13. 220 K与360 K温度下，所提出的超透镜沿x轴的x分量电场强度