LiIO3 (e) 折射率

LiIO3 (e) 的光学常数 (n, k) 数据，涵盖 0.40 – 2.15 μm 波长范围。

波长范围 0.400 – 2.149 μm
数据点 34

关键波长处的光学常数

1550 nm (通讯)
n = 1.7100
k = 0.0000

n, k 色散曲线

数据表（采样）

波长 (μm) n k
0.40001.784600.00000
0.45301.765370.00000
0.50601.752720.00000
0.55901.743900.00000
0.61201.737470.00000
0.66501.732620.00000
0.71801.728850.00000
0.77101.725860.00000
0.82401.723430.00000
0.87701.721430.00000
0.93001.719750.00000
0.98301.718320.00000
1.03601.717090.00000
1.08901.716020.00000
1.14201.715080.00000
1.19501.714230.00000
1.24801.713480.00000
1.30101.712790.00000
1.35401.712160.00000
1.40701.711580.00000
1.46001.711030.00000
1.51301.710530.00000
1.56601.710050.00000
1.61901.709590.00000
1.67201.709160.00000
1.72501.708740.00000
1.77801.708330.00000
1.83101.707940.00000
1.88401.707560.00000
1.93701.707180.00000
1.99001.706810.00000
2.04301.706450.00000
2.09601.706090.00000
2.14901.705740.00000

上表为采样数据（共 34 个数据点），点击"下载完整 CSV"获取全部数据。

数据说明

Room temperature. Extraordinary ray (e).

参考文献

1) S. Umegaki, S.-I. Tanaka, T. Uchiyama, S. Yabumoto. Refractive indices of lithium iodate between 0.4 and 2.2 μ. Opt. Commun. 3, 244-245 (1971)
2) V. I. Kabelka, A. S. Piskarskas, A. Y. Stabinis, R. L. Sher. Group matching of interacting light pulses in nonlinear crystals. Sov. J. Quant. Electron. 5, 255-256 (1975)
3) K. Kato. High-power difference-frequency generation at 4.4-5.7 µm in LiIO3. IEEE. J. Quant. Electron. 21, 119-120 (1985)
* Reference 2 presented a dispersion formula based on tabulated data from Reference 1. The formula was further refined and its accuracy was confirmed in Reference 3, which extended the range of validity.

相关材料（主要）

Ag Ag3AsS3 (e) Ag3AsS3 (o) AgBr AgCl AgGaS2 (e)

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