# 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 3.57055 2.58056
        0.38252 3.5762 2.5792
        0.3837 3.58757 2.56329
        0.38489 3.59214 2.57101
        0.38608 3.59722 2.57213
        0.38728 3.60195 2.56888
        0.38849 3.62353 2.5721
        0.38971 3.59875 2.6126
        0.39093 3.61805 2.61554
        0.39217 3.63219 2.62316
        0.39341 3.66346 2.65204
        0.39466 3.67411 2.66309
        0.39591 3.69766 2.68937
        0.39718 3.71706 2.71397
        0.39845 3.73979 2.73853
        0.39973 3.78014 2.74352
        0.40102 3.8057 2.76566
        0.40231 3.8604 2.78071
        0.40362 3.89555 2.79158
        0.40493 3.94625 2.78999
        0.40625 3.98777 2.79191
        0.40759 4.03285 2.78771
        0.40892 4.07139 2.77592
        0.41027 4.13159 2.75441
        0.41163 4.15938 2.7423
        0.413 4.19219 2.72267
        0.41437 4.22884 2.69799
        0.41576 4.24432 2.68532
        0.41715 4.27358 2.66295
        0.41856 4.29317 2.6595
        0.41997 4.3212 2.64187
        0.42139 4.33737 2.638
        0.42282 4.36193 2.63538
        0.42426 4.39056 2.64664
        0.42572 4.4254 2.65239
        0.42718 4.46194 2.66613
        0.42865 4.51156 2.68118
        0.43013 4.5676 2.68467
        0.43162 4.64005 2.68198
        0.43313 4.71305 2.66578
        0.43464 4.80001 2.64219
        0.43616 4.88428 2.60079
        0.4377 4.96034 2.55462
        0.43924 5.02682 2.48438
        0.4408 5.0909 2.41363
        0.44237 5.14712 2.32128
        0.44395 5.18691 2.23031
        0.44554 5.2158 2.14224
        0.44714 5.22198 2.05264
        0.44875 5.23083 1.97336
        0.45038 5.231 1.88394
        0.45201 5.22101 1.8035
        0.45366 5.20234 1.7376
        0.45532 5.17803 1.66873
        0.45699 5.16214 1.61014
        0.45868 5.12764 1.54809
        0.46037 5.09715 1.49411
        0.46208 5.07348 1.44582
        0.46381 5.04646 1.40752
        0.46554 5.02005 1.36926
        0.46729 4.98601 1.33058
        0.46905 4.95722 1.30263
        0.47083 4.92839 1.28246
        0.47262 4.90019 1.25172
        0.47442 4.87487 1.22957
        0.47624 4.83519 1.20432
        0.47806 4.80836 1.19439
        0.47991 4.78931 1.17217
        0.48177 4.76157 1.16295
        0.48364 4.7366 1.15047
        0.48553 4.71743 1.14217
        0.48743 4.69512 1.13201
        0.48935 4.66434 1.12521
        0.49128 4.64502 1.12392
        0.49323 4.6214 1.12682
        0.49519 4.60837 1.12535
        0.49717 4.58892 1.13477
        0.49917 4.57392 1.14414
        0.50118 4.55767 1.1582
        0.5032 4.54988 1.18057
        0.50525 4.54304 1.19876
        0.50731 4.5478 1.21952
        0.50938 4.56053 1.24679
        0.51148 4.59739 1.27359
        0.51359 4.64064 1.29126
        0.51572 4.69308 1.29096
        0.51787 4.74744 1.2776
        0.52003 4.81046 1.24443
        0.52221 4.85503 1.19524
        0.52441 4.89309 1.12813
        0.52663 4.90784 1.05584
        0.52887 4.9083 0.98655
        0.53113 4.89061 0.9227
        0.53341 4.87454 0.87024
        0.53571 4.84001 0.81349
        0.53802 4.80926 0.77193
        0.54036 4.77608 0.73957
        0.54271 4.7411 0.7095
        0.54509 4.70587 0.67658
        0.54749 4.67461 0.65956
        0.54991 4.64404 0.65323
        0.55235 4.61247 0.62915
        0.55482 4.57845 0.61744
        0.5573 4.55153 0.60792
        0.55981 4.528 0.59136
        0.56234 4.49543 0.59631
        0.56489 4.46798 0.58131
        0.56747 4.43994 0.57788
        0.57007 4.40706 0.57989
        0.5727 4.3701 0.57608
        0.57534 4.34223 0.56763
        0.57802 4.30915 0.5787
        0.58071 4.26176 0.57587
        0.58344 4.22425 0.58812
        0.58619 4.1749 0.6053
        0.58896 4.11842 0.63416
        0.59176 4.06793 0.67217
        0.59459 4.00232 0.72854
        0.59745 3.93996 0.81318
        0.60033 3.87851 0.93909
        0.60324 3.84931 1.11922
        0.60618 3.88776 1.36657
        0.60915 4.07358 1.6466
        0.61215 4.44432 1.83774
        0.61517 4.90659 1.7843
        0.61823 5.25133 1.48894
        0.62132 5.37375 1.1238
        0.62444 5.3408 0.83002
        0.62759 5.25118 0.62363
        0.63077 5.14043 0.49481
        0.63398 5.04129 0.40047
        0.63723 4.95143 0.34114
        0.64051 4.87793 0.3007
        0.64383 4.81171 0.27871
        0.64717 4.75659 0.25089
        0.65056 4.70992 0.23949
        0.65398 4.66765 0.22959
        0.65743 4.62818 0.21412
        0.66093 4.59417 0.20213
        0.66446 4.56477 0.19919
        0.66803 4.53548 0.19607
        0.67163 4.50949 0.18606
        0.67528 4.48066 0.1893
        0.67896 4.45957 0.17674
        0.68269 4.43864 0.17934
        0.68646 4.42149 0.17303
        0.69026 4.39974 0.15856
        0.69411 4.38653 0.16367
        0.69801 4.36815 0.16454
        0.70195 4.34986 0.14999
        0.70593 4.33882 0.15048
        0.70996 4.32035 0.14719
        0.71403 4.30689 0.14398
        0.71815 4.29501 0.14566
        0.72233 4.28247 0.14032
        0.72655 4.27099 0.13997
        0.73081 4.25375 0.13879
        0.73513 4.24456 0.13319
        0.7395 4.23223 0.12319
        0.74392 4.21997 0.13305
        0.74839 4.20814 0.12786
        0.75293 4.1964 0.12015
        0.75751 4.18678 0.11744
        0.76215 4.17829 0.11639
        0.76685 4.16782 0.118
        0.7716 4.15794 0.11076
        0.77642 4.14961 0.11337
        0.7813 4.14488 0.10574
        0.78623 4.12994 0.08933
        0.79124 4.1268 0.09965
        0.7963 4.11776 0.10351
        0.80143 4.1031 0.08957
        0.80662 4.10065 0.0964
        0.81189 4.09428 0.08348
        0.81722 4.08068 0.08211
        0.82262 4.07583 0.07458
        0.8281 4.07297 0.0762
        0.83365 4.06175 0.08074
        0.83927 4.05821 0.07713
        0.84498 4.0475 0.07312
        0.85075 4.04684 0.07087
        0.85661 4.03471 0.07384
        0.86255 4.02899 0.05117
        0.86857 4.02674 0.05621
        0.87468 4.01738 0.04993
        0.88087 4.01204 0.0502
        0.88715 4.01016 0.05145
        0.89352 4.00473 0.03954
CONDITIONS:
    film_thickness: 1L
    substrate: Al2O3