# this file is part of refractiveindex.info database
# refractiveindex.info database is in the public domain
# copyright and related rights waived via CC0 1.0

REFERENCES: |
    G.-H. Jung, S. Yoo, Q-H. Park.
    Measuring the optical permittivity of two-dimensional materials without <i>a priori</i> knowledge of electronic transitions.
    <a href="https://doi.org/10.1515/nanoph-2018-0120"><i>Nanophotonics</i> <b>8</b>, 263-270 (2019)</a> - see Supplementary materials
COMMENTS: |
    CVD-grown monolayer; Room temperature
DATA:
  - type: tabulated nk
    data: |
        0.38135 3.08203 1.95659
        0.38252 3.05476 2.00042
        0.38370 3.04461 1.98312
        0.38489 3.08160 1.97088
        0.38608 3.06977 1.97912
        0.38728 3.06446 1.97558
        0.38849 3.05422 2.00015
        0.38971 3.03114 2.02603
        0.39093 3.01982 2.03767
        0.39217 3.03715 2.03936
        0.39341 3.03110 2.07739
        0.39466 3.02584 2.10500
        0.39591 3.04488 2.12127
        0.39718 3.02847 2.14903
        0.39845 3.02396 2.19497
        0.39973 3.03820 2.23131
        0.40102 3.04432 2.24805
        0.40231 3.06119 2.28599
        0.40362 3.09530 2.30014
        0.40493 3.10966 2.33721
        0.40625 3.12732 2.38221
        0.40759 3.16646 2.41202
        0.40892 3.19809 2.44432
        0.41027 3.24552 2.46555
        0.41163 3.28427 2.49235
        0.41300 3.32858 2.51183
        0.41437 3.37308 2.53643
        0.41576 3.43670 2.55013
        0.41715 3.48817 2.56635
        0.41856 3.54398 2.58881
        0.41997 3.61098 2.57392
        0.42139 3.66755 2.57550
        0.42282 3.72521 2.57612
        0.42426 3.78418 2.56366
        0.42572 3.85104 2.53135
        0.42718 3.90481 2.51203
        0.42865 3.95247 2.48159
        0.43013 4.00791 2.44652
        0.43162 4.05480 2.40644
        0.43313 4.09729 2.35799
        0.43464 4.13439 2.31438
        0.43616 4.15763 2.26450
        0.43770 4.18850 2.21584
        0.43924 4.20651 2.16913
        0.44080 4.22827 2.12226
        0.44237 4.23877 2.06915
        0.44395 4.24973 2.02249
        0.44554 4.25473 1.97822
        0.44714 4.25503 1.93657
        0.44875 4.25571 1.89866
        0.45038 4.24997 1.85711
        0.45201 4.24874 1.81420
        0.45366 4.23426 1.78983
        0.45532 4.21706 1.75831
        0.45699 4.21815 1.73244
        0.45868 4.20146 1.70169
        0.46037 4.19403 1.68242
        0.46208 4.17344 1.65058
        0.46381 4.15979 1.62902
        0.46554 4.15394 1.60960
        0.46729 4.12717 1.60288
        0.46905 4.11479 1.58934
        0.47083 4.11070 1.58046
        0.47262 4.09613 1.57004
        0.47442 4.07600 1.56261
        0.47624 4.05899 1.56054
        0.47806 4.05143 1.56804
        0.47991 4.04788 1.56368
        0.48177 4.02731 1.57325
        0.48364 4.02027 1.58352
        0.48553 4.02168 1.59331
        0.48743 4.02125 1.60600
        0.48935 4.01745 1.61585
        0.49128 4.03198 1.63694
        0.49323 4.04094 1.65835
        0.49519 4.06228 1.66544
        0.49717 4.08468 1.68833
        0.49917 4.11682 1.69571
        0.50118 4.14257 1.70887
        0.50320 4.18198 1.71729
        0.50525 4.22598 1.71128
        0.50731 4.27028 1.70222
        0.50938 4.30864 1.68388
        0.51148 4.35807 1.66720
        0.51359 4.39659 1.63332
        0.51572 4.43226 1.59072
        0.51787 4.45207 1.55371
        0.52003 4.47692 1.51022
        0.52221 4.49806 1.46551
        0.52441 4.51115 1.42219
        0.52663 4.51481 1.37801
        0.52887 4.51445 1.33660
        0.53113 4.51261 1.29567
        0.53341 4.50561 1.25930
        0.53571 4.49109 1.21692
        0.53802 4.48358 1.18943
        0.54036 4.47216 1.15865
        0.54271 4.45636 1.12915
        0.54509 4.44205 1.09790
        0.54749 4.42947 1.08158
        0.54991 4.41191 1.06851
        0.55235 4.39548 1.04868
        0.55482 4.37906 1.03343
        0.55730 4.36557 1.01553
        0.55981 4.35128 0.99841
        0.56234 4.33363 0.99798
        0.56489 4.32589 0.98342
        0.56747 4.31444 0.98472
        0.57007 4.30357 0.98398
        0.57270 4.29195 0.98352
        0.57534 4.28478 0.97794
        0.57802 4.28317 0.98590
        0.58071 4.27430 0.98171
        0.58344 4.28153 0.98702
        0.58619 4.28730 0.99850
        0.58896 4.28529 0.99221
        0.59176 4.30195 1.00590
        0.59459 4.31992 1.00211
        0.59745 4.34068 0.99937
        0.60033 4.36559 0.99525
        0.60324 4.39760 0.97048
        0.60618 4.42932 0.95491
        0.60915 4.45466 0.92275
        0.61215 4.47466 0.87906
        0.61517 4.48617 0.84201
        0.61823 4.49223 0.78645
        0.62132 4.48937 0.73732
        0.62444 4.47244 0.70075
        0.62759 4.45539 0.65622
        0.63077 4.43227 0.62511
        0.63398 4.41016 0.59366
        0.63723 4.38394 0.56329
        0.64051 4.35356 0.53999
        0.64383 4.32744 0.51815
        0.64717 4.30410 0.50722
        0.65056 4.27599 0.48911
        0.65398 4.25480 0.48618
        0.65743 4.22903 0.47110
        0.66093 4.20183 0.45989
        0.66446 4.18480 0.45863
        0.66803 4.16206 0.45607
        0.67163 4.14002 0.45019
        0.67528 4.11259 0.45373
        0.67896 4.09185 0.45595
        0.68269 4.07258 0.45520
        0.68646 4.04984 0.44807
        0.69026 4.02621 0.44339
        0.69411 4.00543 0.46082
        0.69801 3.97878 0.46708
        0.70195 3.94793 0.46826
        0.70593 3.91697 0.48597
        0.70996 3.88124 0.50528
        0.71403 3.84294 0.54132
        0.71815 3.80324 0.58011
        0.72233 3.77329 0.63792
        0.72655 3.74464 0.72742
        0.73081 3.72954 0.83518
        0.73513 3.75063 0.96349
        0.73950 3.82929 1.10841
        0.74392 3.98469 1.24943
        0.74839 4.21710 1.33105
        0.75293 4.47517 1.29223
        0.75751 4.70161 1.14597
        0.76215 4.83928 0.93375
        0.76685 4.88014 0.70732
        0.77160 4.84328 0.51370
        0.77642 4.76940 0.37402
        0.78130 4.68901 0.26748
        0.78623 4.60923 0.20749
        0.79124 4.54190 0.17165
        0.79630 4.48316 0.13838
        0.80143 4.42754 0.12448
        0.80662 4.38722 0.10985
        0.81189 4.34895 0.09368
        0.81722 4.31126 0.08799
        0.82262 4.28711 0.07188
        0.82810 4.25986 0.07014
        0.83365 4.23261 0.06781
        0.83927 4.21262 0.06821
        0.84498 4.19449 0.04605
        0.85075 4.17424 0.04992
        0.85661 4.15347 0.05039
        0.86255 4.14198 0.04614
        0.86857 4.12095 0.04709
        0.87468 4.10650 0.03073
        0.88087 4.09239 0.03144
        0.89352 4.06830 0.02343
CONDITIONS:
    film_thickness: 1L
    substrate: Al2O3