Broadband terahertz circular polarizers with single- and double-helical array metamaterials

Comparison of the Function Regions between $\mathrm{\text{NH}}=\mathrm{1}$ and $\mathrm{\text{NH}}=\mathrm{2}$

Comparison of the Function Regions between $\mathrm{\text{HH}}=\mathrm{30}\mathrm{\text{μm}}$ and $\mathrm{\text{HH}}=\mathrm{40}\mathrm{\text{μm}}$

Comparison of the Function Regions between $\mathrm{\text{RH}}=\mathrm{6.5}\mathrm{\text{μm}}$ and $\mathrm{\text{RH}}=\mathrm{8.5}\mathrm{\text{μm}}$

Comparison of the Function Regions between $\mathrm{\text{RW}}=\mathrm{2}\mathrm{\text{μm}}$ and $\mathrm{\text{RW}}=\mathrm{4}\mathrm{\text{μm}}$

Comparison of the Function Regions between $\mathrm{\text{SH}}=\mathrm{35}\mathrm{\text{μm}}$ and $\mathrm{\text{SH}}=\mathrm{40}\mathrm{\text{μm}}$

Table 1

Comparison of the Function Regions between $\mathrm{\text{NH}}=\mathrm{1}$ and $\mathrm{\text{NH}}=\mathrm{2}$

Table 2

Comparison of the Function Regions between $\mathrm{\text{HH}}=\mathrm{30}\mathrm{\text{μm}}$ and $\mathrm{\text{HH}}=\mathrm{40}\mathrm{\text{μm}}$

Table 3

Comparison of the Function Regions between $\mathrm{\text{RH}}=\mathrm{6.5}\mathrm{\text{μm}}$ and $\mathrm{\text{RH}}=\mathrm{8.5}\mathrm{\text{μm}}$

Table 4

Comparison of the Function Regions between $\mathrm{\text{RW}}=\mathrm{2}\mathrm{\text{μm}}$ and $\mathrm{\text{RW}}=\mathrm{4}\mathrm{\text{μm}}$

Table 5

Comparison of the Function Regions between $\mathrm{\text{SH}}=\mathrm{35}\mathrm{\text{μm}}$ and $\mathrm{\text{SH}}=\mathrm{40}\mathrm{\text{μm}}$