1

9.1800E-02

0.037

0.0014

2

2.6200E-03

0.042

0.0007

3

6.7058E-04

0.050

0.0012

4

-5.4979E-04

1.417

9.209

5

-1.9400E-03

2.084

0.331

6

2.5940E-02

2.793

6.242

7

2.6370E-02

3.377

1.637

8

7.6537E-04

4.061

0.573

9

3.0200E-02

6.609

1.175

10

-2.5421E-01

7.806

17.499

11

-8.3830E-02

9.078

5.331

12

1.1122E-01

10.495

2.170

13

4.0430E-02

13.383

5.591

14

-1.1630E-02

20.818

7.361

15

9.1138E-01

23.975

34.054

16

-3.6200E-03

37.337

2.809

17

-6.3730E-02

39.606

15.251

18

-1.5610E-02

71.071

23.947

19

1.2870E-02

71.101

26.342

20

1.5570E-02

71.154

29.209

21

-2.8700E-03

131.761

55.973

22

2.9821E-04

172.630

12.492

23

-2.4999E-04

173.178

13.284

24

8.4459E-04

180.261

58.794

25

9.5290E-04

242.942

134.402

26

-5.0991E-04

434.393

49.266

27

4.6883E-04

443.668

55.067

28

3.9465E-04

463.526

81.566

29

-1.4997E-04

466.215

47.356

30

8.0084E-04

627.236

530.519

0.01-0.04

n

M. Balkanski, in "Optical Properties of Solids" (F. Abeles, ed.), North-Holland, Amsterdam, p.529 (1972)

0.01-0.04

k

M. Balkanski et al. in "Int. Conf. Phys. Semicond., Paris," Dunod, Paris, and Academic Press, New York, p.1091 (1964)

0.08-1.5

n

A. Francis and A. Carlson, J. Opt. Soc. Am. 50, 118 (1960)

0.08-1.5

k

Interpolation

1.5-12

n, k

M. Cardona and G. Harbeke. Phys. Rev. A 137, 1467 (1965)

37-149

n, k

M. Cardona and R. Haensel, Phys. Rev. B 1, 2605 (1970)

155-2000

n, k

B. Henke, Am. Inst. Phys. Conf. Proc. 75, 146 (1981)