EKHI

Materials

Curve 1

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ' ω': 50° 50° Composition (weight percent), Specifications and Remarks: Mirror surface prepared by vacuum evaporation; data extracted from smooth curve, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.54
0.8	0.535
1.0	0.48
1.2	0.575
1.4	0.665
1.6	0.725
1.8	0.76
2.0	0.78
2.2	0.8
2.4	0.805

Curve 2

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ' ω': 60° 60° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.52
0.8	0.5
1.0	0.47
1.2	0.535
1.4	0.645
1.6	0.7
1.8	0.74
2.0	0.765
2.2	0.775
2.4	0.785

Curve 3

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ' ω': 70° 70° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.515
0.8	0.485
1.0	0.44
1.2	0.53
1.4	0.605
1.6	0.67
1.8	0.7
2.0	0.725
2.2	0.74
2.4	0.75

Curve 4

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ' ω': 80° 80° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.575
0.8	0.518
1.0	0.485
1.2	0.58
1.4	0.64
1.6	0.67
1.8	0.685
2.0	0.69
2.2	0.7
2.4	0.7

Curve 1

Temperature K: 298 Wavelength Range, μ: 0.8-2.4 Geometry θ θ' ω': 50° 50° Composition (weight percent), Specifications and Remarks: Mirror surface prepared by vacuum evaporation; data extracted from smooth curve, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.8	0.48
1.2	0.565
1.6	0.63
2.0	0.675
2.4	0.702

Curve 2

Temperature K: 298 Wavelength Range, μ: 0.8-2.4 Geometry θ θ' ω': 60° 60° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.8	0.415
1.2	0.48
1.6	0.545
2.0	0.58
2.4	0.625

Curve 3

Temperature K: 298 Wavelength Range, μ: 0.8-2.4 Geometry θ θ' ω': 70° 70° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.8	0.325
1.2	0.375
1.6	0.42
2.0	0.46
2.4	0.5

Curve 4

Temperature K: 298 Wavelength Range, μ: 0.8-2.4 Geometry θ θ' ω': 79° 79° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.8	0.3
1.2	0.318
1.6	0.34
2.0	0.375
2.4	0.425

Curve 5

Temperature K: 298 Wavelength Range, μ: 0.8-2.4 Geometry θ θ' ω': 80° 80° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.8	0.3
1.2	0.28
1.6	0.275
2.0	0.285
2.4	0.33

Curve 1

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ': 50°, 50° Composition (weight percent), Specifications and Remarks: Evaporated mirror surface; data extracted from smooth curve, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.32
0.8	0.36
1.2	0.4
1.6	0.45
2.0	0.5
2.4	0.54

Curve 2

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ': 60°, 60° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.25
0.8	0.28
1.2	0.32
1.6	0.36
2.0	0.4
2.4	0.44

Curve 3

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ': 70°, 70° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.18
0.8	0.19
1.2	0.22
1.6	0.24
2.0	0.28
2.4	0.32

Curve 4

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ': 79°, 79° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.16
0.8	0.16
1.0	0.15
1.2	0.16
1.6	0.18
2.0	0.21
2.4	0.23

Curve 5

Temperature K: 298 Wavelength Range, μ: 0.6-2.4 Geometry θ θ': 80°, 80° Composition (weight percent), Specifications and Remarks: Above specimen and conditions, incident beam polarized parallel to the plane of incidence.

Wavelength / 𝜇m	Reflectance /
0.6	0.2
0.8	0.17
1.2	0.14
1.6	0.13
2.0	0.14
2.2	0.16
2.4	0.16

Curve 1

Wavelength / 𝜇m	Reflectance /
0.8	0.46
1.2	0.55
1.6	0.638
2.0	0.68
2.4	0.69

Curve 2

Wavelength / 𝜇m	Reflectance /
0.8	0.38
1.2	0.475
1.6	0.575
2.0	0.635
2.4	0.692

Curve 3

Wavelength / 𝜇m	Reflectance /
0.8	0.285
1.2	0.375
1.6	0.47
2.0	0.55
2.4	0.62

Curve 4

Wavelength / 𝜇m	Reflectance /
0.8	0.255
1.2	0.32
1.6	0.4
2.0	0.48
2.4	0.555

Curve 5

Wavelength / 𝜇m	Reflectance /
0.8	0.26
1.2	0.29
1.6	0.345
2.0	0.4
2.4	0.465

The optical properties of Ni, Co, Fe, Mn, and Cd