Optical constants

Refractive index of WS₂ (Tungsten disulfide)

Hsu et al. 2019: monolayer (1L) film; n,k 0.40–0.85 µm

Data: tabulated nk
Range: 0.397–0.8502 µm
Points: 1973
Licence: CC0-1.0

Axis Log x Log y

Click the plot to set the calculator wavelength.

At one wavelength

Refractive index n: 4.1933
Extinction coefficient k: 0.355425

Permittivity ε₁: 17.4574
Permittivity ε₂: 2.98081

Absorption coefficient α: 76010.9 cm⁻¹
Penetration depth δ = λ/(2πk): 263.12 nm

Abbe number V_d: —
Chromatic dispersion dn/dλ: -62 µm⁻¹

Group index n_g: 40.6245
Group velocity dispersion: — fs²/mm

Dispersion parameter D: — ps/(nm·km)
Photon energy: 2.11001 eV

ε = (n + ik)², α = 4πk/λ, n_g = n − λ dn/dλ, GVD = λ³/(2πc²) d²n/dλ², D = −(λ/c) d²n/dλ². Group-velocity dispersion is given for formula data only.

Use it in Lightsmith

Load this data in Python, simulate in one more line

pip install lightsmith

import lightsmith as ls

# WS2 (Tungsten disulfide): Hsu et al. 2019: monolayer (1L) film; n,k 0.40–0.85 µm
ws2 = ls.fetch_refractiveindex("main", "WS2", "Hsu-1L", ref="c5c2f188e848453def5970e347399d653df2ffc2")
print(ws2.range_nm)  # (397, 850.2) nm
eps = ws2.eps([633])  # complex permittivity

Downloads the original record once (pinned to the imported snapshot) and caches it.

import json, urllib.request
import lightsmith as ls

url = "https://materials.lightsmith.dev/v1/datasets/ds_8b88d7708f37/lightsmith"
ws2 = ls.Tabulated.model_validate(json.load(urllib.request.urlopen(url)))
print(ws2.source)  # citation and provenance travel with the data

Any dataset here, as the library's Tabulated material (ws2/hsu-2019-1l).

# ... load ws2 as above, then:
sim = ls.Simulation(
    particles=[ls.Particle(shape=ls.Sphere(radius_nm=50), material=ws2)],
    medium_index=1.0,
    wavelengths=ls.WavelengthRange(start_nm=400, stop_nm=850, num=81),
)
res = ls.solve(sim)  # exact Mie for a sphere
print(res.q_ext)     # extinction efficiency at each wavelength

Same spec runs with DDA, FDTD, BEM or T-matrix: ls.compare(sim, ["mie", "dda"]).

Materials guide Open a sphere of it in Studio Quick start Ask the community

Lightsmith is open source (MIT): Mie, T-matrix, BEM, DDA, FDTD, RCWA, TMM, mode solvers and inverse design behind one spec, on CPU or GPU. GitHub.

Comments and conditions

Monolayer (1-layer, 1L)

Conditions

film thickness: 1L

References

C. Hsu, R. Frisenda, R. Schmidt, A. Arora, S. M. de Vasconcellos, R. Bratschitsch, H. S. J. van der Zant, A. Castellanos-Gomez. Thickness-dependent refractive index of 1L, 2L, and 3L MoS₂, MoSe₂, WS₂, and WSe₂. Adv. Optical Mater. 7, 1900239 (2019) (Numerical data kindly provided by Andres Castellanos-Gomez)

doi:10.1002/adom.201900239 Thickness‐Dependent Refractive Index of 1L, 2L, and 3L MoS 2 , MoSe 2 , WS 2 , and WSe 2, Advanced Optical Materials (2019)

Cite

Chunwei Hsu et al.. Thickness‐Dependent Refractive Index of 1L, 2L, and 3L MoS 2 , MoSe 2 , WS 2 , and WSe 2. Advanced Optical Materials, 7, 1900239 (2019), doi:10.1002/adom.201900239; Data from the refractiveindex.info database (M. N. Polyanskiy, Sci. Data 11, 94 (2024), doi:10.1038/s41597-023-02898-2)

Data

1973 rows as published

CSV comma separated TXT tab separated YAML n, k Full database record original YAML All quantities CSV JSON metadata

WS2 (Tungsten disulfide), Hsu et al. 2019: monolayer (1L) film; n,k 0.40–0.85 µm: n and k versus wavelength
λ (µm)	n	k
0.397	4.5714	2.6864
0.3972	4.1931	2.3927
0.3974	4.0444	2.3277
0.3976	3.9671	2.2975
0.3978	3.8503	2.2283
0.3981	3.788	2.2159
0.3983	3.7528	2.2102
0.3985	3.7472	2.2136
0.3987	3.7143	2.2102
0.3989	3.695	2.2091
0.3991	3.6848	2.2102
0.3994	3.6859	2.2136
0.3996	3.7007	2.2215
0.3998	3.6995	2.2204
0.4	3.7007	2.2147
0.4002	3.6995	2.2068
0.4004	3.7007	2.2034
0.4007	3.7018	2.1955
0.4009	3.6939	2.1875
0.4011	3.6859	2.1796
0.4013	3.6893	2.1785
0.4015	3.6791	2.1728
0.4018	3.6735	2.1648
0.402	3.6655	2.1569
0.4022	3.6531	2.1512
0.4024	3.6315	2.1456
0.4026	3.619	2.1376
0.4028	3.593	2.132
0.4031	3.585	2.1331
0.4033	3.593	2.1388
0.4035	3.6032	2.1444
0.4037	3.6066	2.1456
0.4039	3.6168	2.149
0.4041	3.6179	2.1546
0.4044	3.6327	2.158
0.4046	3.6406	2.1569
0.4048	3.6395	2.158
0.405	3.6315	2.1546
0.4052	3.6304	2.1512
0.4055	3.6315	2.1478
0.4057	3.6349	2.1376
0.4059	3.6293	2.1297
0.4061	3.6168	2.1218
0.4063	3.593	2.107
0.4065	3.5646	2.0923
0.4068	3.534	2.0775
0.407	3.5034	2.0605
0.4072	3.4751	2.0458
0.4074	3.4444	2.0311
0.4076	3.4161	2.0163
0.4078	3.3991	2.0016
0.4081	3.3889	1.9868
0.4083	3.3855	1.9789
0.4085	3.3844	1.9732
0.4087	3.3832	1.9676
0.4089	3.3844	1.9619
0.4092	3.3855	1.954
0.4094	3.3889	1.9483
0.4096	3.3968	1.9426
0.4098	3.4116	1.9324
0.41	3.424	1.9222
0.4102	3.4388	1.9143
0.4105	3.4558	1.9041
0.4107	3.4728	1.8961
0.4109	3.4943	1.8859
0.4111	3.5045	1.8803
0.4113	3.5079	1.8723
0.4116	3.5091	1.8621
0.4118	3.4989	1.8519
0.412	3.5	1.8417
0.4122	3.5057	1.8315
0.4124	3.5045	1.8258
0.4126	3.5079	1.8179
0.4129	3.5091	1.8145
0.4131	3.5034	1.8111
0.4133	3.5045	1.8077
0.4135	3.4943	1.8043
0.4137	3.4887	1.7986
0.414	3.4739	1.793
0.4142	3.4592	1.7873
0.4144	3.4467	1.7794
0.4146	3.4456	1.7714
0.4148	3.4422	1.7635
0.415	3.4342	1.7556
0.4153	3.4172	1.7499
0.4155	3.407	1.7419
0.4157	3.3968	1.7363
0.4159	3.3844	1.7306
0.4161	3.3673	1.7249
0.4164	3.3526	1.7193
0.4166	3.3447	1.7136
0.4168	3.339	1.7079
0.417	3.3333	1.7023
0.4172	3.3322	1.6966
0.4174	3.3311	1.6909
0.4177	3.3299	1.6853
0.4179	3.3243	1.6819
0.4181	3.3186	1.6785
0.4183	3.3175	1.6773
0.4185	3.3141	1.6762
0.4188	3.3061	1.6728
0.419	3.2959	1.6694
0.4192	3.2834	1.6682
0.4194	3.2755	1.6671
0.4196	3.2698	1.666
0.4198	3.2596	1.6626
0.4201	3.2517	1.6592
0.4203	3.246	1.6558
0.4205	3.2381	1.6546
0.4207	3.2302	1.6535
0.4209	3.2222	1.6501
0.4212	3.2098	1.649
0.4214	3.195	1.6478
0.4216	3.1757	1.649
0.4218	3.1565	1.6501
0.422	3.1417	1.649
0.4223	3.127	1.6456
0.4225	3.1077	1.6422
0.4227	3.0839	1.6388
0.4229	3.0556	1.6376
0.4231	3.0317	1.6342
0.4233	3.0034	1.6331
0.4236	2.9751	1.632
0.4238	2.9444	1.6308
0.424	2.9138	1.6297
0.4242	2.8878	1.6286
0.4244	2.8662	1.6252
0.4247	2.8356	1.624
0.4249	2.8118	1.6206
0.4251	2.7857	1.6195
0.4253	2.7642	1.6184
0.4255	2.7449	1.6195
0.4258	2.7347	1.6184
0.426	2.7245	1.6195
0.4262	2.7256	1.6184
0.4264	2.7222	1.6195
0.4266	2.7211	1.6206
0.4269	2.72	1.624
0.4271	2.7234	1.6252
0.4273	2.7222	1.6286
0.4275	2.7188	1.632
0.4277	2.7154	1.6354
0.4279	2.7166	1.6388
0.4282	2.72	1.6422
0.4284	2.7211	1.6433
0.4286	2.72	1.6467
0.4288	2.7211	1.6478
0.429	2.7222	1.649
0.4293	2.7256	1.6501
0.4295	2.7313	1.649
0.4297	2.737	1.6478
0.4299	2.7449	1.6467
0.4301	2.7574	1.6433
0.4304	2.7721	1.6422
0.4306	2.7959	1.6388
0.4308	2.8197	1.6354
0.431	2.8481	1.632
0.4312	2.8832	1.6263
0.4315	2.9206	1.6206
0.4317	2.9603	1.6172
0.4319	3.0	1.6116
0.4321	3.0397	1.6082
0.4323	3.0816	1.6048
0.4326	3.119	1.6014
0.4328	3.1519	1.6002
0.433	3.1848	1.6014
0.4332	3.22	1.6002
0.4334	3.2528	1.5991
0.4337	3.2834	1.598
0.4339	3.3141	1.5968
0.4341	3.3469	1.598
0.4343	3.3798	1.5968
0.4345	3.4127	1.5934
0.4348	3.4433	1.5923
0.435	3.4762	1.5912
0.4352	3.5113	1.5878
0.4354	3.5465	1.5866
0.4356	3.5816	1.5855
0.4359	3.619	1.5843
0.4361	3.6587	1.5832
0.4363	3.7007	1.5798
0.4365	3.7404	1.5787
0.4367	3.78	1.5775
0.4369	3.8197	1.5741
0.4372	3.8571	1.5707
0.4374	3.8946	1.5673
0.4376	3.932	1.5662
0.4378	3.9649	1.5651
0.438	4.0	1.5617
0.4383	4.0351	1.5583
0.4385	4.0658	1.5571
0.4387	4.0986	1.5537
0.4389	4.1293	1.5503
0.4391	4.1599	1.5447
0.4394	4.1882	1.5413
0.4396	4.2166	1.5379
0.4398	4.2449	1.5367
0.44	4.2778	1.5333
0.4402	4.3084	1.5299
0.4405	4.339	1.5265
0.4407	4.3696	1.5254
0.4409	4.4025	1.522
0.4411	4.4354	1.5209
0.4413	4.466	1.5197
0.4416	4.4966	1.5186
0.4418	4.5295	1.5175
0.442	4.5624	1.5163
0.4422	4.5952	1.5152
0.4424	4.6281	1.5141
0.4427	4.661	1.5107
0.4429	4.6939	1.5073
0.4431	4.7245	1.5039
0.4433	4.7528	1.5004
0.4435	4.7812	1.4993
0.4438	4.8095	1.4959
0.444	4.8356	1.4925
0.4442	4.8617	1.4914
0.4444	4.8855	1.488
0.4447	4.9093	1.4846
0.4449	4.9331	1.4812
0.4451	4.9569	1.4778
0.4453	4.9785	1.4744
0.4455	5.0023	1.4732
0.4458	5.0238	1.4698
0.446	5.0499	1.4664
0.4462	5.0737	1.463
0.4464	5.0975	1.4619
0.4466	5.1213	1.4585
0.4469	5.1451	1.4551
0.4471	5.1689	1.4517
0.4473	5.1927	1.4483
0.4475	5.2143	1.4449
0.4477	5.2381	1.4438
0.448	5.2619	1.4404
0.4482	5.2857	1.437
0.4484	5.3073	1.4336
0.4486	5.3311	1.4279
0.4488	5.3526	1.4245
0.4491	5.3741	1.4211
0.4493	5.3912	1.4154
0.4495	5.4082	1.4097
0.4497	5.4229	1.4041
0.4499	5.4376	1.4007
0.4502	5.4478	1.3973
0.4504	5.4603	1.3916
0.4506	5.4705	1.3859
0.4508	5.4853	1.3825
0.451	5.4955	1.3791
0.4513	5.5079	1.3757
0.4515	5.5181	1.3701
0.4517	5.5283	1.3667
0.4519	5.5363	1.3633
0.4521	5.5442	1.3599
0.4524	5.5499	1.3542
0.4526	5.5578	1.3485
0.4528	5.5635	1.3429
0.453	5.5714	1.3372
0.4533	5.5794	1.3315
0.4535	5.5873	1.3258
0.4537	5.5952	1.3202
0.4539	5.6009	1.3145
0.4541	5.6066	1.3088
0.4544	5.61	1.3032
0.4546	5.6134	1.2975
0.4548	5.6168	1.2896
0.455	5.6179	1.2816
0.4552	5.619	1.2737
0.4555	5.6224	1.268
0.4557	5.6236	1.2624
0.4559	5.627	1.2567
0.4561	5.6304	1.251
0.4563	5.6293	1.2453
0.4566	5.6304	1.2419
0.4568	5.6315	1.2385
0.457	5.6304	1.2329
0.4572	5.6315	1.2295
0.4575	5.6304	1.2261
0.4577	5.6293	1.2227
0.4579	5.6304	1.2193
0.4581	5.6315	1.2159
0.4583	5.6304	1.2125
0.4586	5.6315	1.2091
0.4588	5.6327	1.2034
0.459	5.6338	1.2
0.4592	5.6327	1.1966
0.4594	5.6338	1.1932
0.4597	5.6349	1.1875
0.4599	5.6361	1.1819
0.4601	5.6349	1.1762
0.4603	5.6315	1.1705
0.4605	5.6304	1.1626
0.4608	5.6315	1.1569
0.461	5.6304	1.1512
0.4612	5.6293	1.1478
0.4614	5.6281	1.1444
0.4617	5.6247	1.141
0.4619	5.6213	1.1376
0.4621	5.6179	1.1342
0.4623	5.6122	1.1286
0.4625	5.6043	1.1229
0.4628	5.5941	1.1172
0.463	5.5839	1.1116
0.4632	5.576	1.1059
0.4634	5.5703	1.1002
0.4636	5.5624	1.0968
0.4639	5.5544	1.0934
0.4641	5.5488	1.09
0.4643	5.5431	1.0843
0.4645	5.5374	1.0787
0.4648	5.5317	1.0753
0.465	5.5261	1.0719
0.4652	5.5204	1.0662
0.4654	5.517	1.0605
0.4656	5.5136	1.0571
0.4659	5.5102	1.0537
0.4661	5.5091	1.0503
0.4663	5.5079	1.0469
0.4665	5.5045	1.0435
0.4667	5.5034	1.0401
0.467	5.5	1.039
0.4672	5.4966	1.0356
0.4674	5.4932	1.0322
0.4676	5.4875	1.0288
0.4679	5.4819	1.0254
0.4681	5.4762	1.022
0.4683	5.4683	1.0186
0.4685	5.4603	1.0152
0.4687	5.4546	1.0118
0.469	5.449	1.0084
0.4692	5.4433	1.0073
0.4694	5.4376	1.0039
0.4696	5.432	1.0004
0.4699	5.4286	0.99705
0.4701	5.4252	0.99138
0.4703	5.4195	0.98571
0.4705	5.4138	0.98231
0.4707	5.4082	0.97664
0.471	5.4025	0.97097
0.4712	5.3991	0.96757
0.4714	5.3934	0.96417
0.4716	5.3878	0.96077
0.4719	5.3821	0.95737
0.4721	5.3764	0.9517
0.4723	5.3707	0.9483
0.4725	5.3651	0.94489
0.4727	5.3571	0.93922
0.473	5.3492	0.93582
0.4732	5.3413	0.93242
0.4734	5.3333	0.93129
0.4736	5.3277	0.93015
0.4739	5.322	0.92675
0.4741	5.3163	0.92562
0.4743	5.3107	0.92449
0.4745	5.305	0.92108
0.4747	5.2993	0.91995
0.475	5.2937	0.91655
0.4752	5.288	0.91315
0.4754	5.2823	0.91201
0.4756	5.2766	0.90861
0.4759	5.271	0.90748
0.4761	5.2653	0.90634
0.4763	5.2596	0.90294
0.4765	5.254	0.89954
0.4767	5.246	0.89841
0.477	5.2381	0.89501
0.4772	5.2302	0.89387
0.4774	5.2222	0.89047
0.4776	5.2143	0.88707
0.4779	5.2063	0.88594
0.4781	5.1984	0.8848
0.4783	5.1905	0.88367
0.4785	5.1825	0.88254
0.4787	5.1746	0.8814
0.479	5.1689	0.88027
0.4792	5.1633	0.8814
0.4794	5.1576	0.88027
0.4796	5.1519	0.8814
0.4799	5.1463	0.88027
0.4801	5.1406	0.8814
0.4803	5.1349	0.88027
0.4805	5.127	0.87913
0.4807	5.119	0.878
0.481	5.1111	0.87687
0.4812	5.1032	0.87347
0.4814	5.0952	0.87233
0.4816	5.0896	0.86893
0.4819	5.0839	0.8678
0.4821	5.0782	0.86666
0.4823	5.0726	0.86553
0.4825	5.0669	0.86439
0.4827	5.0612	0.86553
0.483	5.0556	0.86439
0.4832	5.0476	0.86553
0.4834	5.0397	0.86439
0.4836	5.0317	0.86553
0.4839	5.0261	0.86439
0.4841	5.0204	0.86553
0.4843	5.0147	0.86439
0.4845	5.0091	0.86553
0.4848	5.0034	0.86439
0.485	4.9977	0.86553
0.4852	4.9921	0.86439
0.4854	4.9841	0.86553
0.4856	4.9762	0.86666
0.4859	4.9683	0.8678
0.4861	4.9603	0.86893
0.4863	4.9546	0.87006
0.4865	4.949	0.8712
0.4868	4.9433	0.87233
0.487	4.9376	0.87347
0.4872	4.932	0.87233
0.4874	4.924	0.87347
0.4877	4.9161	0.87233
0.4879	4.9059	0.87347
0.4881	4.8957	0.87233
0.4883	4.8855	0.87347
0.4885	4.8753	0.8746
0.4888	4.8673	0.87573
0.489	4.8617	0.87687
0.4892	4.856	0.878
0.4894	4.8481	0.87913
0.4897	4.8424	0.88027
0.4899	4.8367	0.8814
0.4901	4.8288	0.88254
0.4903	4.8186	0.88367
0.4906	4.8084	0.8848
0.4908	4.8005	0.8882
0.491	4.7948	0.88934
0.4912	4.7868	0.89274
0.4914	4.7789	0.89614
0.4917	4.7732	0.89727
0.4919	4.7676	0.90068
0.4921	4.7619	0.90408
0.4923	4.754	0.90521
0.4926	4.746	0.90861
0.4928	4.7381	0.91201
0.493	4.7302	0.91315
0.4932	4.7222	0.91655
0.4935	4.7143	0.91995
0.4937	4.7063	0.92335
0.4939	4.7007	0.92675
0.4941	4.6927	0.93015
0.4943	4.6848	0.93356
0.4946	4.6769	0.93922
0.4948	4.6712	0.94263
0.495	4.6633	0.94603
0.4952	4.6553	0.94943
0.4955	4.6474	0.95283
0.4957	4.6395	0.95623
0.4959	4.6338	0.95963
0.4961	4.6281	0.96303
0.4964	4.6202	0.9687
0.4966	4.6145	0.9721
0.4968	4.6088	0.97551
0.497	4.6032	0.98117
0.4973	4.5998	0.98684
0.4975	4.5941	0.99251
0.4977	4.5884	0.99818
0.4979	4.585	1.0016
0.4981	4.5816	1.0073
0.4984	4.5782	1.0129
0.4986	4.5726	1.0186
0.4988	4.5692	1.0243
0.499	4.5658	1.0299
0.4993	4.5624	1.0356
0.4995	4.5567	1.0435
0.4997	4.551	1.0492
0.4999	4.5454	1.0549
0.5002	4.5397	1.0605
0.5004	4.5317	1.0662
0.5006	4.5238	1.0719
0.5008	4.5159	1.0775
0.5011	4.5079	1.0832
0.5013	4.5	1.0912
0.5015	4.4921	1.0991
0.5017	4.4864	1.1048
0.502	4.4807	1.1104
0.5022	4.4751	1.1161
0.5024	4.4694	1.1218
0.5026	4.4637	1.1274
0.5028	4.458	1.1331
0.5031	4.4546	1.1388
0.5033	4.449	1.1467
0.5035	4.4456	1.1546
0.5037	4.4422	1.1626
0.504	4.4388	1.1728
0.5042	4.4376	1.1807
0.5044	4.4365	1.1887
0.5046	4.4331	1.1966
0.5049	4.4297	1.2045
0.5051	4.4263	1.2125
0.5053	4.4229	1.2227
0.5055	4.4195	1.2306
0.5058	4.4161	1.2408
0.506	4.4127	1.251
0.5062	4.4116	1.259
0.5064	4.4127	1.2692
0.5067	4.4116	1.2794
0.5069	4.4127	1.2873
0.5071	4.4138	1.2952
0.5073	4.415	1.3032
0.5076	4.4161	1.3111
0.5078	4.415	1.3213
0.508	4.4138	1.3292
0.5082	4.415	1.3372
0.5084	4.4138	1.3451
0.5087	4.415	1.3531
0.5089	4.4138	1.361
0.5091	4.415	1.3689
0.5093	4.4184	1.3746
0.5096	4.4218	1.3803
0.5098	4.4229	1.3859
0.51	4.4263	1.3916
0.5102	4.4274	1.3973
0.5105	4.4308	1.4029
0.5107	4.432	1.4086
0.5109	4.4331	1.4143
0.5111	4.4342	1.42
0.5114	4.4376	1.4256
0.5116	4.441	1.429
0.5118	4.4467	1.4324
0.512	4.4524	1.4358
0.5123	4.4603	1.437
0.5125	4.4683	1.4404
0.5127	4.4739	1.4438
0.5129	4.4796	1.4449
0.5132	4.4853	1.4483
0.5134	4.4909	1.4494
0.5136	4.4966	1.4506
0.5138	4.5023	1.4517
0.5141	4.5079	1.4528
0.5143	4.5159	1.4517
0.5145	4.5238	1.4528
0.5147	4.5317	1.4517
0.515	4.5397	1.4506
0.5152	4.5476	1.4494
0.5154	4.5556	1.4483
0.5156	4.5635	1.4472
0.5159	4.5714	1.446
0.5161	4.5794	1.4426
0.5163	4.585	1.4415
0.5165	4.5907	1.4404
0.5168	4.5964	1.437
0.517	4.5998	1.4358
0.5172	4.6032	1.4324
0.5174	4.6066	1.429
0.5177	4.61	1.4256
0.5179	4.6134	1.42
0.5181	4.6168	1.4143
0.5183	4.6179	1.4109
0.5186	4.6213	1.4052
0.5188	4.6247	1.3995
0.519	4.6259	1.3939
0.5192	4.627	1.3882
0.5195	4.6304	1.3825
0.5197	4.6338	1.3769
0.5199	4.6372	1.3689
0.5201	4.6406	1.361
0.5204	4.6417	1.3531
0.5206	4.6451	1.3451
0.5208	4.6463	1.3372
0.521	4.6474	1.3292
0.5213	4.6463	1.3213
0.5215	4.6451	1.3134
0.5217	4.644	1.3054
0.5219	4.6429	1.2975
0.5222	4.6417	1.2896
0.5224	4.6406	1.2816
0.5226	4.6395	1.2737
0.5228	4.6383	1.2658
0.5231	4.6372	1.2578
0.5233	4.6338	1.2499
0.5235	4.6327	1.2419
0.5237	4.6293	1.234
0.524	4.6281	1.2261
0.5242	4.6247	1.2181
0.5244	4.6213	1.2102
0.5246	4.6202	1.2023
0.5249	4.619	1.1943
0.5251	4.6156	1.1864
0.5253	4.6145	1.1785
0.5255	4.6111	1.1705
0.5258	4.61	1.1626
0.526	4.6088	1.1546
0.5262	4.6054	1.149
0.5264	4.602	1.1433
0.5267	4.6009	1.1376
0.5269	4.5975	1.132
0.5271	4.5964	1.1263
0.5273	4.593	1.1206
0.5276	4.5896	1.1172
0.5278	4.5884	1.1116
0.528	4.5873	1.1059
0.5282	4.5839	1.1002
0.5285	4.5828	1.0946
0.5287	4.5794	1.0912
0.5289	4.576	1.0878
0.5291	4.5726	1.0821
0.5294	4.5692	1.0764
0.5296	4.5658	1.073
0.5298	4.5624	1.0696
0.53	4.5567	1.0662
0.5303	4.5533	1.0605
0.5305	4.5499	1.0571
0.5307	4.5465	1.0537
0.5309	4.5408	1.0526
0.5312	4.5374	1.0492
0.5314	4.534	1.0458
0.5316	4.5329	1.0424
0.5318	4.5295	1.0413
0.5321	4.5261	1.0379
0.5323	4.5249	1.0345
0.5325	4.5238	1.0311
0.5327	4.5227	1.0277
0.533	4.5215	1.0243
0.5332	4.5181	1.0209
0.5334	4.517	1.0175
0.5336	4.5159	1.0141
0.5339	4.5125	1.0107
0.5341	4.5091	1.0073
0.5343	4.5057	1.0039
0.5346	4.5023	1.0004
0.5348	4.4989	0.99932
0.535	4.4955	0.99591
0.5352	4.4921	0.99251
0.5355	4.4887	0.98911
0.5357	4.4853	0.98571
0.5359	4.4819	0.98231
0.5361	4.4807	0.97891
0.5364	4.4796	0.97551
0.5366	4.4762	0.9721
0.5368	4.4751	0.9687
0.537	4.4739	0.96757
0.5373	4.4751	0.96417
0.5375	4.4762	0.96077
0.5377	4.4751	0.95963
0.5379	4.4762	0.95623
0.5382	4.4773	0.95283
0.5384	4.4785	0.9517
0.5386	4.4796	0.9483
0.5388	4.4807	0.94489
0.5391	4.4819	0.94376
0.5393	4.483	0.94036
0.5395	4.4819	0.93696
0.5397	4.483	0.93582
0.54	4.4841	0.93242
0.5402	4.4853	0.93129
0.5404	4.4864	0.93015
0.5407	4.4853	0.92675
0.5409	4.4864	0.92562
0.5411	4.4898	0.92449
0.5413	4.4909	0.92335
0.5416	4.4921	0.92222
0.5418	4.4932	0.92108
0.542	4.4943	0.91995
0.5422	4.4977	0.91882
0.5425	4.4989	0.91768
0.5427	4.5	0.91655
0.5429	4.5034	0.91315
0.5431	4.5045	0.91201
0.5434	4.5079	0.90861
0.5436	4.5113	0.90748
0.5438	4.5147	0.90634
0.544	4.5181	0.90294
0.5443	4.5215	0.90181
0.5445	4.5227	0.90068
0.5447	4.5261	0.89727
0.545	4.5272	0.89614
0.5452	4.5283	0.89274
0.5454	4.5295	0.88934
0.5456	4.5306	0.8882
0.5459	4.5317	0.8848
0.5461	4.5351	0.8814
0.5463	4.5385	0.878
0.5465	4.542	0.8746
0.5468	4.5454	0.8712
0.547	4.5488	0.8678
0.5472	4.5522	0.86439
0.5474	4.5556	0.86099
0.5477	4.559	0.85759
0.5479	4.5624	0.85419
0.5481	4.5658	0.85079
0.5483	4.5692	0.84739
0.5486	4.5726	0.84399
0.5488	4.5782	0.83832
0.549	4.5839	0.83492
0.5493	4.5873	0.83151
0.5495	4.593	0.82811
0.5497	4.5986	0.82471
0.5499	4.6043	0.82131
0.5502	4.61	0.81791
0.5504	4.6156	0.81451
0.5506	4.6213	0.80884
0.5508	4.627	0.80544
0.5511	4.6304	0.80204
0.5513	4.6361	0.79637
0.5515	4.6417	0.7907
0.5517	4.6451	0.7873
0.552	4.6485	0.7839
0.5522	4.6519	0.78049
0.5524	4.6576	0.77483
0.5527	4.6633	0.76916
0.5529	4.6667	0.76576
0.5531	4.6701	0.76235
0.5533	4.6757	0.75669
0.5536	4.6814	0.75102
0.5538	4.6871	0.74535
0.554	4.6905	0.74195
0.5542	4.6939	0.73854
0.5545	4.6995	0.73288
0.5547	4.7029	0.72721
0.5549	4.7063	0.72154
0.5552	4.7075	0.71814
0.5554	4.7086	0.71473
0.5556	4.712	0.70907
0.5558	4.7132	0.7034
0.5561	4.712	0.7
0.5563	4.7132	0.69659
0.5565	4.7143	0.69319
0.5567	4.7177	0.68752
0.557	4.7211	0.68186
0.5572	4.7222	0.67845
0.5574	4.7234	0.67505
0.5576	4.7268	0.66938
0.5579	4.7302	0.66371
0.5581	4.7336	0.65805
0.5583	4.7347	0.65464
0.5586	4.7358	0.65124
0.5588	4.7392	0.64557
0.559	4.7426	0.6399
0.5592	4.746	0.63424
0.5595	4.7494	0.62857
0.5597	4.7506	0.62517
0.5599	4.754	0.6195
0.5601	4.7574	0.61383
0.5604	4.7608	0.60816
0.5606	4.7642	0.60249
0.5608	4.7653	0.59909
0.5611	4.7664	0.59569
0.5613	4.7698	0.59002
0.5615	4.7732	0.58435
0.5617	4.7744	0.57868
0.562	4.7732	0.57528
0.5622	4.7744	0.57188
0.5624	4.7778	0.56621
0.5626	4.7789	0.56054
0.5629	4.7778	0.55714
0.5631	4.7766	0.55374
0.5633	4.7755	0.55034
0.5636	4.7766	0.54467
0.5638	4.7755	0.54127
0.564	4.7744	0.53786
0.5642	4.7755	0.53446
0.5645	4.7766	0.52879
0.5647	4.7778	0.52312
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0.5651	4.78	0.51632
0.5654	4.7834	0.51009
0.5656	4.7823	0.50611
0.5658	4.7834	0.50099
0.5661	4.7846	0.49695
0.5663	4.7834	0.49392
0.5665	4.7823	0.48948
0.5667	4.7812	0.48565
0.567	4.7778	0.48243
0.5672	4.7812	0.4759
0.5674	4.78	0.47154
0.5677	4.7789	0.46708
0.5679	4.7778	0.46238
0.5681	4.7766	0.45718
0.5683	4.7755	0.45092
0.5686	4.7721	0.44687
0.5688	4.7664	0.4429
0.569	4.7608	0.43899
0.5692	4.7551	0.43518
0.5695	4.7494	0.43158
0.5697	4.7438	0.42841
0.5699	4.7381	0.42612
0.5702	4.7347	0.42115
0.5704	4.729	0.41941
0.5706	4.7256	0.41565
0.5708	4.7222	0.41189
0.5711	4.7188	0.40815
0.5713	4.7154	0.40444
0.5715	4.7098	0.40077
0.5718	4.7063	0.39715
0.572	4.7029	0.39352
0.5722	4.6995	0.38997
0.5724	4.6961	0.38642
0.5727	4.6927	0.38289
0.5729	4.6893	0.37941
0.5731	4.6859	0.37601
0.5733	4.6825	0.37272
0.5736	4.6769	0.36965
0.5738	4.6712	0.3671
0.574	4.6633	0.36573
0.5743	4.6576	0.36254
0.5745	4.6497	0.3596
0.5747	4.6417	0.35725
0.5749	4.6315	0.35625
0.5752	4.6236	0.35383
0.5754	4.6156	0.35268
0.5756	4.61	0.34988
0.5759	4.602	0.34779
0.5761	4.5941	0.34738
0.5763	4.5884	0.34639
0.5765	4.5828	0.344
0.5768	4.5771	0.34283
0.577	4.5692	0.33998
0.5772	4.5612	0.33765
0.5775	4.5533	0.33654
0.5777	4.5476	0.33376
0.5779	4.5397	0.33156
0.5781	4.5317	0.33079
0.5784	4.5238	0.32886
0.5786	4.5159	0.32874
0.5788	4.5079	0.32842
0.5791	4.5	0.32763
0.5793	4.4943	0.32562
0.5795	4.4864	0.32528
0.5797	4.4785	0.32442
0.58	4.4728	0.32225
0.5802	4.4671	0.3215
0.5804	4.4637	0.3196
0.5806	4.458	0.31952
0.5809	4.4501	0.31932
0.5811	4.4444	0.31879
0.5813	4.4388	0.31745
0.5816	4.4308	0.31879
0.5818	4.4252	0.31746
0.582	4.415	0.31879
0.5822	4.407	0.31747
0.5825	4.3991	0.31882
0.5827	4.3912	0.31754
0.5829	4.3832	0.319
0.5832	4.3753	0.318
0.5834	4.3628	0.32022
0.5836	4.3526	0.32109
0.5838	4.3424	0.3233
0.5841	4.3345	0.32416
0.5843	4.3265	0.32634
0.5845	4.3186	0.32711
0.5848	4.3107	0.32905
0.585	4.305	0.3292
0.5852	4.2993	0.32957
0.5854	4.2914	0.33053
0.5857	4.2812	0.33293
0.5859	4.271	0.33419
0.5861	4.2608	0.33738
0.5864	4.2506	0.34053
0.5866	4.2404	0.34362
0.5868	4.2302	0.34654
0.587	4.22	0.34903
0.5873	4.2098	0.3504
0.5875	4.1995	0.35373
0.5877	4.1871	0.35712
0.588	4.1769	0.36052
0.5882	4.1667	0.36395
0.5884	4.1565	0.36744
0.5887	4.1485	0.37108
0.5889	4.1406	0.37504
0.5891	4.1304	0.37973
0.5893	4.1247	0.38135
0.5896	4.1145	0.38513
0.5898	4.1043	0.38917
0.59	4.0941	0.39379
0.5903	4.0816	0.3997
0.5905	4.0714	0.40382
0.5907	4.0612	0.40855
0.5909	4.0488	0.41445
0.5912	4.0385	0.41839
0.5914	4.0283	0.42248
0.5916	4.0159	0.4269
0.5919	4.0034	0.43197
0.5921	3.9887	0.43828
0.5923	3.9762	0.44269
0.5925	3.9637	0.44754
0.5928	3.9512	0.45329
0.593	3.9388	0.46094
0.5932	3.9286	0.46781
0.5935	3.9206	0.47298
0.5937	3.9104	0.47907
0.5939	3.9002	0.48605
0.5941	3.89	0.49362
0.5944	3.8798	0.5012
0.5946	3.8673	0.50755
0.5948	3.8549	0.51479
0.5951	3.8401	0.52491
0.5953	3.8277	0.53511
0.5955	3.8129	0.54532
0.5957	3.7982	0.55552
0.596	3.7834	0.56572
0.5962	3.7687	0.5782
0.5964	3.7517	0.59067
0.5967	3.7347	0.60314
0.5969	3.7177	0.61561
0.5971	3.7029	0.62808
0.5974	3.6859	0.64282
0.5976	3.6667	0.65756
0.5978	3.6474	0.6723
0.598	3.6304	0.68704
0.5983	3.6134	0.70178
0.5985	3.5964	0.71652
0.5987	3.5771	0.73352
0.599	3.5601	0.75053
0.5992	3.5431	0.76981
0.5994	3.5261	0.78908
0.5996	3.5091	0.81062
0.5999	3.4921	0.83216
0.6001	3.4751	0.85597
0.6003	3.458	0.87978
0.6006	3.4388	0.90586
0.6008	3.4195	0.93194
0.601	3.4025	0.95801
0.6013	3.3832	0.98636
0.6015	3.3639	1.017
0.6017	3.3447	1.0476
0.6019	3.3254	1.0805
0.6022	3.3084	1.1133
0.6024	3.2914	1.1485
0.6026	3.2744	1.1859
0.6029	3.2574	1.2233
0.6031	3.2404	1.263
0.6033	3.2234	1.3072
0.6035	3.2086	1.3514
0.6038	3.1916	1.4002
0.604	3.1769	1.4489
0.6042	3.1621	1.5022
0.6045	3.1497	1.5578
0.6047	3.1395	1.6156
0.6049	3.1293	1.6757
0.6052	3.119	1.7403
0.6054	3.1134	1.8027
0.6056	3.11	1.8696
0.6058	3.1088	1.9365
0.6061	3.11	2.0056
0.6063	3.1134	2.0748
0.6065	3.1213	2.144
0.6068	3.1315	2.2131
0.607	3.144	2.2845
0.6072	3.161	2.356
0.6075	3.1803	2.4274
0.6077	3.2041	2.4966
0.6079	3.2324	2.5635
0.6081	3.263	2.6281
0.6084	3.3005	2.6882
0.6086	3.3424	2.746
0.6088	3.3866	2.797
0.6091	3.4376	2.8412
0.6093	3.4909	2.8809
0.6095	3.5488	2.9138
0.6098	3.6134	2.9399
0.61	3.6803	2.9591
0.6102	3.7517	2.9671
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0.7332	4.2687	0.0
0.7335	4.263	0.0
0.7337	4.2574	0.0
0.7339	4.2517	0.0
0.7342	4.246	0.0
0.7344	4.2381	0.0
0.7346	4.2324	0.0
0.7349	4.2268	0.0
0.7351	4.2211	0.0
0.7353	4.2177	0.0
0.7356	4.2143	0.0
0.7358	4.2109	0.0
0.7361	4.2075	0.0
0.7363	4.2018	0.0
0.7365	4.1984	0.0
0.7368	4.195	0.0
0.737	4.1893	0.0
0.7372	4.1837	0.0
0.7375	4.178	0.0
0.7377	4.1723	0.0
0.7379	4.1667	0.0
0.7382	4.1587	0.0
0.7384	4.1508	0.0
0.7387	4.1429	0.0
0.7389	4.1349	0.0
0.7391	4.127	0.0
0.7394	4.119	0.0
0.7396	4.1088	0.0
0.7398	4.1009	0.0
0.7401	4.093	0.0
0.7403	4.085	0.0
0.7405	4.0748	0.0
0.7408	4.0646	0.0
0.741	4.0567	0.0
0.7413	4.051	0.0
0.7415	4.0431	0.0
0.7417	4.0351	0.0
0.742	4.0272	0.0
0.7422	4.0215	0.0
0.7424	4.0181	0.0
0.7427	4.0125	0.0
0.7429	4.0068	0.0
0.7431	4.0011	0.0
0.7434	3.9955	0.0
0.7436	3.9898	0.0
0.7438	3.9864	0.0
0.7441	3.9807	0.0
0.7443	3.9751	0.0
0.7446	3.9717	0.0
0.7448	3.9683	0.0
0.745	3.9649	0.0
0.7453	3.9615	0.0
0.7455	3.9535	0.0
0.7457	3.9478	0.0
0.746	3.9422	0.0
0.7462	3.9342	0.0
0.7465	3.9263	0.0
0.7467	3.9184	0.0
0.7469	3.9104	0.0
0.7472	3.9025	0.0
0.7474	3.8946	0.0
0.7476	3.8844	0.0
0.7479	3.8741	0.0
0.7481	3.8617	0.0
0.7483	3.8492	0.0
0.7486	3.839	0.0
0.7488	3.8311	0.0
0.7491	3.8209	0.0
0.7493	3.8107	0.0
0.7495	3.8027	0.0
0.7498	3.7971	0.0
0.75	3.7937	0.0
0.7502	3.788	0.0
0.7505	3.7846	0.0
0.7507	3.7812	0.0
0.7509	3.78	0.0
0.7512	3.7766	0.0
0.7514	3.7755	0.0
0.7517	3.7744	0.0
0.7519	3.7732	0.0
0.7521	3.7698	0.0
0.7524	3.7664	0.0
0.7526	3.7653	0.0
0.7528	3.7642	0.0
0.7531	3.763	0.0
0.7533	3.7574	0.0
0.7535	3.7517	0.0
0.7538	3.7483	0.0
0.754	3.7426	0.0
0.7543	3.7347	0.0
0.7545	3.729	0.0
0.7547	3.7211	0.0
0.755	3.7154	0.0
0.7552	3.7098	0.0
0.7554	3.7018	0.0
0.7557	3.6984	0.0
0.7559	3.6973	0.0
0.7562	3.6939	0.0
0.7564	3.6927	0.0
0.7566	3.6893	0.0
0.7569	3.6882	0.0
0.7571	3.6871	0.0
0.7573	3.6837	0.0
0.7576	3.6803	0.0
0.7578	3.6769	0.0
0.758	3.6712	0.0
0.7583	3.6655	0.0
0.7585	3.6576	0.0
0.7588	3.6474	0.0
0.759	3.6395	0.0
0.7592	3.6293	0.0
0.7595	3.6168	0.0
0.7597	3.6043	0.0
0.7599	3.5941	0.0
0.7602	3.5816	0.0
0.7604	3.5737	0.0
0.7607	3.5635	0.0
0.7609	3.5533	0.0
0.7611	3.5476	0.0
0.7614	3.542	0.0
0.7616	3.5363	0.0
0.7618	3.5351	0.0
0.7621	3.534	0.0
0.7623	3.5329	0.0
0.7626	3.5295	0.0
0.7628	3.5238	0.0
0.763	3.5181	0.0
0.7633	3.5125	0.0
0.7635	3.5045	0.0
0.7637	3.4966	0.0
0.764	3.4864	0.0
0.7642	3.4785	0.0
0.7644	3.4705	0.0
0.7647	3.4626	0.0
0.7649	3.4546	0.0
0.7652	3.4467	0.0
0.7654	3.4365	0.0
0.7656	3.4286	0.0
0.7659	3.4206	0.0
0.7661	3.415	0.0
0.7663	3.4116	0.0
0.7666	3.4082	0.0
0.7668	3.407	0.0
0.7671	3.4082	0.0
0.7673	3.4093	0.0
0.7675	3.4104	0.0
0.7678	3.4116	0.0
0.768	3.4104	0.0
0.7682	3.4093	0.0
0.7685	3.4082	0.0
0.7687	3.407	0.0
0.769	3.4036	0.0
0.7692	3.4025	0.0
0.7694	3.3991	0.0
0.7697	3.398	0.0
0.7699	3.3968	0.0
0.7701	3.3934	0.0
0.7704	3.3855	0.0
0.7706	3.3798	0.0
0.7709	3.3719	0.0
0.7711	3.3639	0.0
0.7713	3.3537	0.0
0.7716	3.3458	0.0
0.7718	3.3379	0.0
0.772	3.3322	0.0
0.7723	3.3265	0.0
0.7725	3.3231	0.0
0.7728	3.3197	0.0
0.773	3.3209	0.0
0.7732	3.3197	0.0
0.7735	3.3186	0.0
0.7737	3.3197	0.0
0.7739	3.3254	0.0
0.7742	3.3333	0.0
0.7744	3.3413	0.0
0.7747	3.3469	0.0
0.7749	3.3526	0.0
0.7751	3.3605	0.0
0.7754	3.3662	0.0
0.7756	3.3673	0.0
0.7758	3.3662	0.0
0.7761	3.3651	0.0
0.7763	3.3617	0.0
0.7766	3.3605	0.0
0.7768	3.3594	0.0
0.777	3.3605	0.0
0.7773	3.3617	0.0
0.7775	3.3605	0.0
0.7777	3.3594	0.0
0.778	3.3583	0.0
0.7782	3.3549	0.0
0.7785	3.3537	0.0
0.7787	3.3526	0.0
0.7789	3.3515	0.0
0.7792	3.3526	0.0
0.7794	3.3537	0.0
0.7797	3.3571	0.0
0.7799	3.3628	0.0
0.7801	3.3617	0.0
0.7804	3.3583	0.0
0.7806	3.3549	0.0
0.7808	3.3515	0.0
0.7811	3.3481	0.0
0.7813	3.3424	0.0
0.7816	3.3345	0.0
0.7818	3.3265	0.0
0.782	3.3186	0.0
0.7823	3.3107	0.0
0.7825	3.3005	0.0
0.7827	3.2902	0.0
0.783	3.28	0.0
0.7832	3.2721	0.0
0.7835	3.2642	0.0
0.7837	3.2608	0.0
0.7839	3.2619	0.0
0.7842	3.263	0.0
0.7844	3.2664	0.0
0.7846	3.2698	0.0
0.7849	3.2732	0.0
0.7851	3.2812	0.0
0.7854	3.2891	0.0
0.7856	3.2925	0.0
0.7858	3.2959	0.0
0.7861	3.2971	0.0
0.7863	3.3005	0.0
0.7866	3.3061	0.0
0.7868	3.3095	0.0
0.787	3.3107	0.0
0.7873	3.3095	0.0
0.7875	3.3084	0.0
0.7877	3.3095	0.0
0.788	3.3061	0.0
0.7882	3.2982	0.0
0.7885	3.2925	0.0
0.7887	3.2868	0.0
0.7889	3.2812	0.0
0.7892	3.28	0.0
0.7894	3.2766	0.0
0.7897	3.2778	0.0
0.7899	3.2812	0.0
0.7901	3.2778	0.0
0.7904	3.2789	0.0
0.7906	3.2823	0.0
0.7908	3.2834	0.0
0.7911	3.2846	0.0
0.7913	3.2812	0.0
0.7916	3.2778	0.0
0.7918	3.2834	0.0
0.792	3.28	0.0
0.7923	3.2789	0.0
0.7925	3.2778	0.0
0.7927	3.2744	0.0
0.793	3.271	0.0
0.7932	3.2653	0.0
0.7935	3.2574	0.0
0.7937	3.254	0.0
0.7939	3.2438	0.0
0.7942	3.2336	0.0
0.7944	3.2256	0.0
0.7947	3.22	0.0
0.7949	3.2188	0.0
0.7951	3.2177	0.0
0.7954	3.2143	0.0
0.7956	3.2154	0.0
0.7958	3.2166	0.0
0.7961	3.22	0.0
0.7963	3.2279	0.0
0.7966	3.2336	0.0
0.7968	3.2392	0.0
0.797	3.2472	0.0
0.7973	3.2574	0.0
0.7975	3.2698	0.0
0.7978	3.28	0.0
0.798	3.2857	0.0
0.7982	3.2914	0.0
0.7985	3.2948	0.0
0.7987	3.2937	0.0
0.799	3.2902	0.0
0.7992	3.2846	0.0
0.7994	3.2789	0.0
0.7997	3.2755	0.0
0.7999	3.2721	0.0
0.8001	3.2664	0.0
0.8004	3.2653	0.0
0.8006	3.2619	0.0
0.8009	3.263	0.0
0.8011	3.2642	0.0
0.8013	3.263	0.0
0.8016	3.2642	0.0
0.8018	3.2653	0.0
0.8021	3.2687	0.0
0.8023	3.2744	0.0
0.8025	3.2778	0.0
0.8028	3.2812	0.0
0.803	3.2868	0.0
0.8032	3.2902	0.0
0.8035	3.2982	0.0
0.8037	3.3084	0.0
0.804	3.3209	0.0
0.8042	3.3265	0.0
0.8044	3.3322	0.0
0.8047	3.3356	0.0
0.8049	3.339	0.0
0.8052	3.3401	0.0
0.8054	3.339	0.0
0.8056	3.3379	0.0
0.8059	3.3435	0.0
0.8061	3.3469	0.0
0.8064	3.3526	0.0
0.8066	3.3537	0.0
0.8068	3.3549	0.0
0.8071	3.3515	0.0
0.8073	3.3458	0.0
0.8075	3.3356	0.0
0.8078	3.3299	0.0
0.808	3.322	0.0
0.8083	3.3231	0.0
0.8085	3.3265	0.0
0.8087	3.3345	0.0
0.809	3.3447	0.0
0.8092	3.3571	0.0
0.8095	3.3651	0.0
0.8097	3.3753	0.0
0.8099	3.3832	0.0
0.8102	3.3912	0.0
0.8104	3.3946	0.0
0.8107	3.398	0.0
0.8109	3.4014	0.0
0.8111	3.407	0.0
0.8114	3.4127	0.0
0.8116	3.4229	0.0
0.8119	3.4286	0.0
0.8121	3.4365	0.0
0.8123	3.4354	0.0
0.8126	3.4342	0.0
0.8128	3.4376	0.0
0.813	3.441	0.0
0.8133	3.4376	0.0
0.8135	3.4365	0.0
0.8138	3.4354	0.0
0.814	3.4433	0.0
0.8142	3.449	0.0
0.8145	3.4524	0.0
0.8147	3.458	0.0
0.815	3.4637	0.0
0.8152	3.4739	0.0
0.8154	3.4841	0.0
0.8157	3.4943	0.0
0.8159	3.5113	0.0
0.8162	3.5306	0.0
0.8164	3.5454	0.0
0.8166	3.5488	0.0
0.8169	3.5499	0.0
0.8171	3.5465	0.0
0.8174	3.5385	0.0
0.8176	3.5238	0.0
0.8178	3.5113	0.0
0.8181	3.5011	0.0
0.8183	3.5	0.0
0.8185	3.4943	0.0
0.8188	3.4887	0.0
0.819	3.483	0.0
0.8193	3.4796	0.0
0.8195	3.4649	0.0
0.8197	3.4478	0.0
0.82	3.4308	0.0
0.8202	3.432	0.0
0.8205	3.4354	0.0
0.8207	3.4478	0.0
0.8209	3.4603	0.0
0.8212	3.4819	0.0
0.8214	3.5011	0.0
0.8217	3.5249	0.0
0.8219	3.5329	0.0
0.8221	3.5454	0.0
0.8224	3.551	0.0
0.8226	3.5567	0.0
0.8229	3.5624	0.0
0.8231	3.5726	0.0
0.8233	3.5737	0.0
0.8236	3.5748	0.0
0.8238	3.5737	0.0
0.8241	3.5703	0.0
0.8243	3.5692	0.0
0.8245	3.5658	0.0
0.8248	3.5624	0.0
0.825	3.5635	0.0
0.8253	3.5669	0.0
0.8255	3.568	0.0
0.8257	3.5714	0.0
0.826	3.5658	0.0
0.8262	3.5669	0.0
0.8265	3.5658	0.0
0.8267	3.5692	0.0
0.8269	3.5771	0.0
0.8272	3.5828	0.0
0.8274	3.5839	0.0
0.8277	3.5941	0.0
0.8279	3.593	0.0
0.8281	3.5918	0.0
0.8284	3.5884	0.0
0.8286	3.5805	0.0
0.8289	3.5748	0.0
0.8291	3.5714	0.0
0.8293	3.568	0.0
0.8296	3.576	0.0
0.8298	3.5816	0.0
0.8301	3.5873	0.0
0.8303	3.5862	0.0
0.8305	3.5896	0.0
0.8308	3.602	0.0
0.831	3.6145	0.0
0.8313	3.6202	0.0
0.8315	3.6281	0.0
0.8317	3.6361	0.0
0.832	3.6553	0.0
0.8322	3.6769	0.0
0.8325	3.6712	0.0
0.8327	3.6633	0.0
0.8329	3.6508	0.0
0.8332	3.6406	0.0
0.8334	3.6327	0.0
0.8337	3.6179	0.0
0.8339	3.5986	0.0
0.8341	3.593	0.0
0.8344	3.5805	0.0
0.8346	3.5726	0.0
0.8349	3.5646	0.0
0.8351	3.5522	0.0
0.8353	3.5465	0.0
0.8356	3.5317	0.0
0.8358	3.517	0.0
0.8361	3.5227	0.0
0.8363	3.5329	0.0
0.8365	3.5431	0.0
0.8368	3.551	0.0
0.837	3.5431	0.0
0.8373	3.542	0.0
0.8375	3.5522	0.0
0.8377	3.5488	0.0
0.838	3.5385	0.0
0.8382	3.5283	0.0
0.8385	3.5159	0.0
0.8387	3.517	0.0
0.8389	3.5181	0.0
0.8392	3.517	0.0
0.8394	3.5249	0.0
0.8397	3.5374	0.0
0.8399	3.5431	0.0
0.8401	3.5578	0.0
0.8404	3.5703	0.0
0.8406	3.5873	0.0
0.8409	3.602	0.0
0.8411	3.6032	0.0
0.8413	3.6043	0.0
0.8416	3.6122	0.0
0.8418	3.6247	0.0
0.8421	3.6395	0.0
0.8423	3.6474	0.0
0.8425	3.6531	0.0
0.8428	3.6633	0.0
0.843	3.6644	0.0
0.8433	3.661	0.0
0.8435	3.6576	0.0
0.8437	3.6474	0.0
0.844	3.6417	0.0
0.8442	3.6451	0.0
0.8445	3.6531	0.0
0.8447	3.6769	0.0
0.8449	3.7098	0.0
0.8452	3.7313	0.0
0.8454	3.7483	0.0
0.8457	3.7562	0.0
0.8459	3.7664	0.0
0.8461	3.7766	0.0
0.8464	3.7823	0.0
0.8466	3.7834	0.0
0.8469	3.7959	0.0
0.8471	3.8197	0.0
0.8473	3.8481	0.0
0.8476	3.8651	0.0
0.8478	3.8707	0.0
0.8481	3.8741	0.0
0.8483	3.8662	0.0
0.8485	3.8492	0.0
0.8488	3.8322	0.0
0.849	3.822	0.0
0.8493	3.8209	0.0
0.8495	3.822	0.0
0.8498	3.8095	0.0
0.85	3.7993	0.0
0.8502	3.7891	0.0

Optical transmission calculator

Free-standing sample in vacuum, normal incidence

Transmittance T: —
Reflectance R: —

Fresnel reflection calculator

R_p: —
R_s: —
R = (R_p+R_s)/2: —
Phase φ_p: —
Phase φ_s: —
Brewster angle θ_B: —
Critical angle θ_C: —

WS₂ (Tungsten disulfide): all datasets

Bulk

2D structures

Multilayer flakes

About WS2 (Tungsten disulfide)

Tungsten disulfide (WS₂) is a layered transition metal dichalcogenide that possesses distinct properties based on its structural morphology. In its three-dimensional bulk form, WS₂ has indirect bandgap semiconducting properties, which contrasts its behavior when isolated to a monolayer or few-layer forms. When exfoliated to these thin layers, WS₂ undergoes a transition to a direct bandgap semiconductor, making it intriguing for potential applications in electronics, optoelectronics, and photonics. This material's unique hexagonal structure gives it excellent lubrication capabilities, often preferred in environments with high pressures and temperatures. Furthermore, research continues into its promise in nanoelectronic devices, spintronic applications, and as a component in heterostructures with other two-dimensional materials.

Tungsten disulfide - Wikipedia

More about WS2 (Tungsten disulfide) →

Provenance

Version: 1 (snapshot c5c2f18)
Source page: refractiveindex.info
Original file: database/data/main/WS2/nk/Hsu-1L.yml
ID: ds_8b88d7708f37
API: /v1/datasets/ds_8b88d7708f37

Plot