Optical constants

Refractive index of 5859 (HIKARI)

5859: n,k 0.3261–2.325 µm

Data: formula 2 + tabulated k
Range: 0.3261–2.325 µm
Temperature: 295.65 K
Licence: CC0-1.0

Axis Log x Log y

Click the plot to set the calculator wavelength.

At one wavelength

Refractive index n: 1.59042
Extinction coefficient k: 4.67830e-09

Permittivity ε₁: 2.52943
Permittivity ε₂: 1.48809e-08

Absorption coefficient α: 0.0010005 cm⁻¹
Penetration depth δ = λ/(2πk): 1.99901e+10 nm

Abbe number V_d: 59.473
Chromatic dispersion dn/dλ: -0.0514827 µm⁻¹

Group index n_g: 1.62067
Group velocity dispersion: 86.9355 fs²/mm

Dispersion parameter D: -474.279 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

# 5859 (HIKARI): 5859
hikari_5859 = ls.fetch_refractiveindex("specs", "HIKARI-misc", "5859", ref="c5c2f188e848453def5970e347399d653df2ffc2")
print(hikari_5859.range_nm)  # (326.11, 2325.42) nm
eps = hikari_5859.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_f9c8f2f38f08/lightsmith"
hikari_5859 = ls.Tabulated.model_validate(json.load(urllib.request.urlopen(url)))
print(hikari_5859.source)  # citation and provenance travel with the data

Any dataset here, as the library's Tabulated material (hikari-5859/hikari).

# ... load hikari_5859 as above, then:
sim = ls.Simulation(
    particles=[ls.Particle(shape=ls.Sphere(radius_nm=50), material=hikari_5859)],
    medium_index=1.0,
    wavelengths=ls.WavelengthRange(start_nm=400, stop_nm=1000, 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"]).

import json, urllib.request
import lightsmith as ls

url = "https://materials.lightsmith.dev/v1/datasets/ds_f9c8f2f38f08/lightsmith?model=drude_lorentz"
hikari_5859_dl = ls.DrudeLorentz.model_validate(json.load(urllib.request.urlopen(url)))

A dispersive Drude–Lorentz model for time-domain solvers.

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.

Dispersion formula

Sellmeier (C in µm²) (formula 2), λ in µm

n^{2} - 1 = \frac{1.06973916 λ^{2}}{λ^{2} - 0.00562417858} + \frac{0.422042806 λ^{2}}{λ^{2} - 0.0188055076} + \frac{0.897510953 λ^{2}}{λ^{2} - 71.2142596}

Valid from 0.32611 to 2.32542 µm.

Coefficients as stored

C_i	Value
C1	0.0
C2	1.06973916
C3	0.00562417858
C4	0.422042806
C5	0.0188055076
C6	0.897510953
C7	71.2142596

Comments and conditions

Conditions

temperature: 295.65 K

Properties

thermal dispersion: type: formula A, coefficients: 6.18e-06 1.19e-08 2.91e-13 5.05e-07 1.07e-09 0.118
nd: 1.590421
Vd: 59.473084
density: value: 2870
thermal expansion: value: 4.3e-06, temperature range: 243 343
dPgF: -0.0084
resistance: acid: 7.0; alkali: 4.0; climatic: 3.0

Thermo-optic coefficient

Schott thermal-dispersion model (reference temperature 295.65 K): dn/dT = 3.59e-06 K⁻¹ at 633 nm, dn/dT = 3.04e-06 K⁻¹ at 1310 nm, dn/dT = 2.98e-06 K⁻¹ at 1550 nm

References

NIKON Zemax catalog 2017-11 (obtained from http://www.nikon.com)
See also NIKON i-line glass data sheet

Cite

NIKON Zemax catalog 2017-11 (obtained from http://www.nikon.com); See also NIKON i-line glass data sheet; Data from the refractiveindex.info database (M. N. Polyanskiy, Sci. Data 11, 94 (2024), doi:10.1038/s41597-023-02898-2)

Data

Computed on 427 wavelengths, the same grid as the API and the library

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

5859 (HIKARI), 5859: n and k versus wavelength
λ (µm)	n	k
0.32611	1.625064	2.847263e-08
0.32772	1.624539	2.651530e-08
0.329337	1.624019	2.454830e-08
0.33	1.623809	2.374200e-08
0.330962	1.623507	2.302413e-08
0.332596	1.623	2.180573e-08
0.334237	1.6225	2.058131e-08
0.335887	1.622006	1.935086e-08
0.337545	1.621518	1.811432e-08
0.339211	1.621036	1.687169e-08
0.34	1.62081	1.628300e-08
0.340885	1.620559	1.607752e-08
0.342567	1.620088	1.568685e-08
0.344258	1.619623	1.529426e-08
0.345957	1.619164	1.489974e-08
0.347665	1.61871	1.450326e-08
0.349381	1.618261	1.410483e-08
0.35	1.618101	1.396100e-08
0.351105	1.617818	1.368708e-08
0.352838	1.61738	1.325750e-08
0.354579	1.616947	1.282580e-08
0.356329	1.61652	1.239197e-08
0.358088	1.616097	1.195600e-08
0.359855	1.615679	1.151787e-08
0.36	1.615645	1.148200e-08
0.361631	1.615266	1.058306e-08
0.363416	1.614858	9.599544e-09
0.365	1.614502	8.726800e-09
0.36521	1.614455	8.607945e-09
0.367012	1.614056	7.586941e-09
0.368824	1.613662	6.560897e-09
0.37	1.613409	5.894600e-09
0.370644	1.613272	5.904860e-09
0.372473	1.612887	5.934001e-09
0.374312	1.612507	5.963285e-09
0.376159	1.61213	5.992715e-09
0.378016	1.611758	6.022289e-09
0.379881	1.611391	6.052010e-09
0.38	1.611367	6.053900e-09
0.381756	1.611027	5.536017e-09
0.38364	1.610668	4.980417e-09
0.385534	1.610312	4.422074e-09
0.387437	1.609961	3.860975e-09
0.389349	1.609613	3.297108e-09
0.39	1.609496	3.105100e-09
0.39127	1.60927	3.115213e-09
0.393202	1.60893	3.130585e-09
0.395142	1.608594	3.146032e-09
0.397092	1.608262	3.161556e-09
0.399052	1.607933	3.177157e-09
0.4	1.607776	3.184700e-09
0.401022	1.607608	3.192834e-09
0.403001	1.607287	3.208589e-09
0.40499	1.606969	3.224421e-09
0.406989	1.606655	3.240332e-09
0.408998	1.606344	3.256321e-09
0.411016	1.606037	3.272389e-09
0.413045	1.605733	3.288537e-09
0.415083	1.605432	3.304764e-09
0.417132	1.605134	3.321071e-09
0.419191	1.60484	3.337459e-09
0.42	1.604726	3.343900e-09
0.42126	1.604549	3.353934e-09
0.423339	1.604261	3.370494e-09
0.425428	1.603976	3.387136e-09
0.427528	1.603694	3.403860e-09
0.429638	1.603416	3.420667e-09
0.431758	1.60314	3.437556e-09
0.433889	1.602867	3.454529e-09
0.436031	1.602597	3.471586e-09
0.438183	1.60233	3.488727e-09
0.44	1.602107	3.503200e-09
0.440346	1.602065	3.505951e-09
0.442519	1.601804	3.523250e-09
0.444703	1.601545	3.540635e-09
0.446898	1.601289	3.558106e-09
0.449103	1.601035	3.575663e-09
0.45132	1.600785	3.593307e-09
0.453547	1.600536	3.611038e-09
0.455786	1.600291	3.628856e-09
0.458035	1.600048	3.646763e-09
0.46	1.599839	3.662400e-09
0.460296	1.599807	3.664757e-09
0.462568	1.599569	3.682841e-09
0.464851	1.599333	3.701013e-09
0.467145	1.5991	3.719276e-09
0.469451	1.598869	3.737628e-09
0.471768	1.598641	3.756071e-09
0.474096	1.598415	3.774606e-09
0.476436	1.598191	3.793231e-09
0.478788	1.597969	3.811949e-09
0.48	1.597856	3.821600e-09
0.481151	1.59775	3.830764e-09
0.483525	1.597532	3.849679e-09
0.485912	1.597317	3.868687e-09
0.48831	1.597105	3.887789e-09
0.49072	1.596894	3.906985e-09
0.493142	1.596685	3.926276e-09
0.495576	1.596478	3.945662e-09
0.498022	1.596274	3.965144e-09
0.5	1.596111	3.980900e-09
0.50048	1.596071	3.984720e-09
0.50295	1.595871	4.004387e-09
0.505432	1.595672	4.024151e-09
0.507927	1.595475	4.044013e-09
0.510434	1.59528	4.063973e-09
0.512953	1.595088	4.084031e-09
0.515485	1.594896	4.104188e-09
0.518029	1.594707	4.124445e-09
0.520585	1.59452	4.144802e-09
0.523155	1.594334	4.165259e-09
0.525737	1.59415	4.185817e-09
0.528332	1.593968	4.206476e-09
0.530939	1.593788	4.227238e-09
0.53356	1.593609	4.248102e-09
0.536193	1.593432	4.269069e-09
0.538839	1.593257	4.290139e-09
0.541499	1.593083	4.311314e-09
0.544171	1.592911	4.332593e-09
0.546857	1.59274	4.353977e-09
0.549556	1.592571	4.375467e-09
0.55	1.592544	4.379000e-09
0.552269	1.592404	4.397058e-09
0.554994	1.592238	4.418754e-09
0.557733	1.592074	4.440558e-09
0.560486	1.591911	4.462470e-09
0.563252	1.591749	4.484489e-09
0.566032	1.591589	4.506617e-09
0.568826	1.591431	4.528855e-09
0.571633	1.591273	4.551202e-09
0.574455	1.591118	4.573660e-09
0.57729	1.590963	4.596228e-09
0.580139	1.59081	4.618908e-09
0.583002	1.590659	4.641700e-09
0.58588	1.590508	4.664604e-09
0.588771	1.590359	4.687621e-09
0.591677	1.590211	4.710752e-09
0.594598	1.590065	4.733997e-09
0.597532	1.58992	4.757356e-09
0.6	1.589799	4.777000e-09
0.600481	1.589776	4.780832e-09
0.603445	1.589633	4.804429e-09
0.606423	1.589491	4.828142e-09
0.609416	1.589351	4.851973e-09
0.612424	1.589212	4.875921e-09
0.615447	1.589073	4.899987e-09
0.618484	1.588936	4.924172e-09
0.621537	1.588801	4.948476e-09
0.624604	1.588666	4.972900e-09
0.627687	1.588532	4.997445e-09
0.630785	1.5884	5.022111e-09
0.633898	1.588268	5.046898e-09
0.637027	1.588138	5.071808e-09
0.640171	1.588008	5.096841e-09
0.643331	1.58788	5.121998e-09
0.646506	1.587752	5.147278e-09
0.649697	1.587626	5.172684e-09
0.65	1.587614	5.175100e-09
0.652903	1.5875	5.198214e-09
0.656125	1.587376	5.223871e-09
0.659364	1.587252	5.249655e-09
0.662618	1.58713	5.275565e-09
0.665888	1.587008	5.301604e-09
0.669175	1.586887	5.327771e-09
0.672478	1.586767	5.354067e-09
0.675797	1.586648	5.380493e-09
0.679132	1.58653	5.407049e-09
0.682484	1.586412	5.433737e-09
0.685852	1.586296	5.460556e-09
0.689237	1.58618	5.487508e-09
0.692639	1.586065	5.514592e-09
0.696058	1.585951	5.541811e-09
0.699493	1.585838	5.569163e-09
0.7	1.585821	5.573200e-09
0.702945	1.585725	5.596651e-09
0.706415	1.585613	5.624274e-09
0.709901	1.585502	5.652034e-09
0.713405	1.585392	5.679930e-09
0.716926	1.585282	5.707964e-09
0.720464	1.585173	5.736137e-09
0.72402	1.585065	5.764449e-09
0.727594	1.584958	5.792900e-09
0.731185	1.584851	5.821492e-09
0.734793	1.584745	5.850225e-09
0.73842	1.584639	5.879100e-09
0.742064	1.584534	5.908117e-09
0.745727	1.58443	5.937278e-09
0.749407	1.584327	5.966582e-09
0.753106	1.584223	5.996031e-09
0.756823	1.584121	6.025626e-09
0.760558	1.584019	6.055366e-09
0.764312	1.583918	6.085253e-09
0.768084	1.583817	6.115288e-09
0.771875	1.583717	6.145471e-09
0.775685	1.583617	6.175803e-09
0.779513	1.583518	6.206285e-09
0.783361	1.58342	6.236917e-09
0.787227	1.583322	6.267700e-09
0.791112	1.583224	6.298635e-09
0.795017	1.583127	6.329723e-09
0.798941	1.58303	6.360965e-09
0.8	1.583005	6.369400e-09
0.802884	1.582934	6.392360e-09
0.806846	1.582839	6.423911e-09
0.810829	1.582743	6.455617e-09
0.81483	1.582649	6.487479e-09
0.818852	1.582554	6.519499e-09
0.822893	1.58246	6.551677e-09
0.826955	1.582367	6.584014e-09
0.831036	1.582274	6.616511e-09
0.835138	1.582181	6.649167e-09
0.83926	1.582088	6.681985e-09
0.843402	1.581996	6.714965e-09
0.847564	1.581905	6.748108e-09
0.851748	1.581813	6.781414e-09
0.855951	1.581722	6.814885e-09
0.860176	1.581632	6.848521e-09
0.864421	1.581541	6.882323e-09
0.868688	1.581451	6.916291e-09
0.872975	1.581362	6.950428e-09
0.877284	1.581272	6.984733e-09
0.881613	1.581183	7.019207e-09
0.885965	1.581094	7.053851e-09
0.890337	1.581006	7.088666e-09
0.894732	1.580917	7.123653e-09
0.899148	1.580829	7.158813e-09
0.9	1.580812	7.165600e-09
0.903585	1.580741	7.479869e-09
0.908045	1.580654	7.870775e-09
0.912527	1.580566	8.263610e-09
0.91703	1.580479	8.658384e-09
0.921556	1.580392	9.055107e-09
0.926105	1.580305	9.453787e-09
0.930676	1.580218	9.854435e-09
0.935269	1.580132	1.025706e-08
0.939885	1.580045	1.066167e-08
0.944524	1.579959	1.106828e-08
0.949185	1.579873	1.147690e-08
0.95387	1.579787	1.188753e-08
0.958578	1.579701	1.230019e-08
0.963309	1.579616	1.271489e-08
0.968063	1.57953	1.313163e-08
0.972841	1.579444	1.355043e-08
0.977643	1.579359	1.397130e-08
0.982468	1.579274	1.439424e-08
0.987317	1.579188	1.481928e-08
0.99219	1.579103	1.524641e-08
0.997087	1.579018	1.567564e-08
1	1.578968	1.593100e-08
1.00201	1.578933	1.586698e-08
1.00695	1.578848	1.570930e-08
1.01192	1.578763	1.555084e-08
1.01692	1.578678	1.539160e-08
1.02194	1.578593	1.523157e-08
1.02698	1.578508	1.507075e-08
1.03205	1.578423	1.490914e-08
1.03714	1.578338	1.474673e-08
1.04226	1.578253	1.458352e-08
1.04741	1.578167	1.441950e-08
1.05257	1.578082	1.425467e-08
1.05777	1.577997	1.408903e-08
1.06299	1.577912	1.392258e-08
1.06824	1.577826	1.375530e-08
1.07351	1.577741	1.358720e-08
1.07881	1.577655	1.341826e-08
1.08413	1.57757	1.324849e-08
1.08948	1.577484	1.307789e-08
1.09486	1.577398	1.290644e-08
1.10026	1.577312	1.273415e-08
1.10569	1.577226	1.256100e-08
1.11115	1.57714	1.238700e-08
1.11664	1.577053	1.221215e-08
1.12215	1.576967	1.203643e-08
1.12768	1.57688	1.185984e-08
1.13325	1.576793	1.168238e-08
1.13884	1.576706	1.150404e-08
1.14446	1.576619	1.132483e-08
1.15011	1.576531	1.114473e-08
1.15579	1.576443	1.096374e-08
1.16149	1.576355	1.078186e-08
1.16723	1.576267	1.059908e-08
1.17299	1.576179	1.041540e-08
1.17878	1.57609	1.023081e-08
1.18459	1.576001	1.004531e-08
1.19044	1.575912	9.858896e-09
1.19632	1.575822	9.671561e-09
1.2	1.575766	9.554100e-09
1.20222	1.575732	1.372665e-08
1.20815	1.575642	2.487658e-08
1.21412	1.575551	3.608154e-08
1.22011	1.575461	4.734180e-08
1.22613	1.575369	5.865764e-08
1.23218	1.575278	7.002932e-08
1.23826	1.575186	8.145713e-08
1.24438	1.575094	9.294135e-08
1.25052	1.575001	1.044822e-07
1.25669	1.574908	1.160801e-07
1.26289	1.574815	1.277352e-07
1.26912	1.574721	1.394478e-07
1.27539	1.574627	1.512182e-07
1.28168	1.574533	1.630467e-07
1.28801	1.574437	1.749336e-07
1.29437	1.574342	1.868792e-07
1.30075	1.574246	1.988837e-07
1.30717	1.57415	2.109475e-07
1.31363	1.574053	2.230708e-07
1.32011	1.573955	2.352540e-07
1.32662	1.573858	2.474972e-07
1.33317	1.573759	2.598009e-07
1.33975	1.57366	2.721654e-07
1.34636	1.573561	2.845908e-07
1.35301	1.573461	2.970776e-07
1.35969	1.57336	3.096260e-07
1.3664	1.573259	3.222364e-07
1.37314	1.573158	3.349089e-07
1.37992	1.573055	3.476441e-07
1.38673	1.572952	3.604420e-07
1.39357	1.572849	3.733032e-07
1.4	1.572752	3.853800e-07
1.40045	1.572745	3.850324e-07
1.40736	1.57264	3.797064e-07
1.41431	1.572535	3.743541e-07
1.42129	1.572429	3.689754e-07
1.4283	1.572322	3.635702e-07
1.43535	1.572215	3.581383e-07
1.44244	1.572107	3.526795e-07
1.44956	1.571998	3.471939e-07
1.45671	1.571888	3.416811e-07
1.4639	1.571778	3.361412e-07
1.47113	1.571667	3.305739e-07
1.47839	1.571556	3.249791e-07
1.48568	1.571443	3.193568e-07
1.49302	1.57133	3.137066e-07
1.50038	1.571216	3.080286e-07
1.50779	1.571101	3.023226e-07
1.51523	1.570985	2.965884e-07
1.52271	1.570869	2.908259e-07
1.53023	1.570751	2.850349e-07
1.53778	1.570633	2.792154e-07
1.54537	1.570514	2.733672e-07
1.55299	1.570394	2.674901e-07
1.56066	1.570273	2.615839e-07
1.56836	1.570151	2.556487e-07
1.5761	1.570029	2.496841e-07
1.58388	1.569905	2.436901e-07
1.5917	1.56978	2.376665e-07
1.59955	1.569655	2.316132e-07
1.6	1.569648	2.312700e-07
1.60745	1.569528	2.411111e-07
1.61538	1.569401	2.515921e-07
1.62336	1.569272	2.621249e-07
1.63137	1.569142	2.727097e-07
1.63942	1.569012	2.833467e-07
1.64751	1.56888	2.940361e-07
1.65564	1.568747	3.047784e-07
1.66381	1.568613	3.155737e-07
1.67202	1.568478	3.264222e-07
1.68028	1.568342	3.373243e-07
1.68857	1.568204	3.482802e-07
1.6969	1.568066	3.592902e-07
1.70528	1.567926	3.703545e-07
1.7137	1.567785	3.814734e-07
1.72215	1.567643	3.926472e-07
1.73065	1.5675	4.038761e-07
1.73919	1.567355	4.151605e-07
1.74778	1.567209	4.265005e-07
1.7564	1.567062	4.378966e-07
1.76507	1.566914	4.493488e-07
1.77379	1.566764	4.608576e-07
1.78254	1.566613	4.724232e-07
1.79134	1.56646	4.840459e-07
1.8	1.56631	4.954900e-07
1.80018	1.566307	4.963100e-07
1.80906	1.566151	5.371049e-07
1.81799	1.565995	5.781012e-07
1.82696	1.565837	6.192998e-07
1.83598	1.565677	6.607017e-07
1.84504	1.565516	7.023080e-07
1.85415	1.565353	7.441197e-07
1.8633	1.565189	7.861376e-07
1.8725	1.565024	8.283630e-07
1.88174	1.564856	8.707968e-07
1.89103	1.564688	9.134400e-07
1.90036	1.564517	9.562937e-07
1.90974	1.564345	9.993588e-07
1.91916	1.564172	1.042637e-06
1.92864	1.563996	1.086128e-06
1.93815	1.563819	1.129834e-06
1.94772	1.563641	1.173756e-06
1.95733	1.56346	1.217894e-06
1.96699	1.563278	1.262250e-06
1.9767	1.563094	1.306826e-06
1.98646	1.562908	1.351621e-06
1.99626	1.56272	1.396637e-06
2	1.562648	1.413800e-06
2.00611	1.562531	1.546405e-06
2.01602	1.562339	1.761127e-06
2.02597	1.562146	1.976908e-06
2.03597	1.56195	2.193755e-06
2.04601	1.561753	2.411672e-06
2.05611	1.561554	2.630665e-06
2.06626	1.561352	2.850738e-06
2.07646	1.561149	3.071897e-06
2.08671	1.560943	3.294148e-06
2.097	1.560736	3.517496e-06
2.10735	1.560526	3.741947e-06
2.11776	1.560314	3.967505e-06
2.12821	1.5601	4.194176e-06
2.13871	1.559884	4.421966e-06
2.14927	1.559665	4.650880e-06
2.15987	1.559444	4.880924e-06
2.17053	1.559221	5.112104e-06
2.18125	1.558995	5.344424e-06
2.19201	1.558768	5.577891e-06
2.2	1.558598	5.751100e-06
2.20283	1.558537	5.891681e-06
2.2137	1.558304	6.431420e-06
2.22463	1.558069	6.973823e-06
2.23561	1.557831	7.518902e-06
2.24664	1.557591	8.066672e-06
2.25773	1.557348	8.617146e-06
2.26887	1.557102	9.170336e-06
2.28007	1.556854	9.726257e-06
2.29133	1.556603	1.028492e-05
2.30263	1.556349	1.084634e-05
2.314	1.556092	1.141054e-05
2.32542	1.555833	1.197751e-05

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: —

5859 (HIKARI): all datasets

i-line Glass

5859 n,k 0.3261–2.325 µm default

About 5859 (HIKARI)

Hikari Glass Co., Ltd. is a Japanese company specializing in the manufacturing of high-quality optical glass and optical components, and is a subsidiary of Nikon Corporation. Known for its precision engineering and strict quality control, Hikari serves various industries including consumer electronics, scientific research, and industrial optics. The company offers a wide range of specialized optical materials, including various types of crown and flint glasses, which are used in applications demanding high levels of optical clarity and performance. Hikari's products often find use in lenses, prisms, and other optical elements where precision and reliability are critical. With the backing of Nikon's renowned expertise in optics and imaging, Hikari has become a respected name in the field of optics, serving both domestic and international markets. Their expertise in crafting custom solutions for complex optical requirements has made them a preferred choice for organizations in need of specialized glass materials. As a testament to their commitment to quality, Hikari Glass Co., Ltd. is often sought after for projects requiring the highest levels of optical performance and integrity.

More about 5859 (HIKARI) →

Provenance

Version: 1 (snapshot c5c2f18)
Source page: refractiveindex.info
Original file: database/data/specs/hikari/i-line/5859.yml
ID: ds_f9c8f2f38f08
API: /v1/datasets/ds_f9c8f2f38f08

Plot