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Aluminum anodizing technique for fabricating optical thin-film waveguides: a proposal
Applied Optics
◽
10.1364/ao.26.000970
◽
1987
◽
Vol 26
(6)
◽
pp. 970
◽
Cited By ~ 11
Author(s):
Mitsunobu Miyagi
◽
Yuji Hiratani
◽
Toshimitsu Taniguchi
◽
Shigeo Nishida
Keyword(s):
Thin Film
◽
Optical Thin Film
◽
Thin Film Waveguides
◽
Aluminum Anodizing
Download Full-text
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References
Use Of Laser Annealing To Achieve Low Loss In Corning 7059 Glass, ZnO, Si3N4, Nb205, and Ta205 Optical Thin-Film Waveguides
Optical Engineering
◽
10.1117/12.7973058
◽
1983
◽
Vol 22
(1)
◽
Cited By ~ 5
Author(s):
S. Dutta
◽
H. E. Jackson
◽
J. T. Boyd
Keyword(s):
Thin Film
◽
Laser Annealing
◽
Low Loss
◽
Optical Thin Film
◽
Thin Film Waveguides
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Use Of Laser Annealing To Achieve Low Loss In Corning 7059 Glass, ZnO, Si3N4, Nb2O5, And Ta2O5 Optical Thin Film Waveguides
10.1117/12.933213
◽
1982
◽
Cited By ~ 1
Author(s):
S. Dutta
◽
H. E. Jackson
◽
J. T. Boyd
Keyword(s):
Thin Film
◽
Laser Annealing
◽
Low Loss
◽
Optical Thin Film
◽
Thin Film Waveguides
Download Full-text
Method of successive approximations for calculating the eigenvalues of optical thin-film waveguides
Applied Optics
◽
10.1364/ao.20.002595
◽
1981
◽
Vol 20
(15)
◽
pp. 2595
◽
Cited By ~ 5
Author(s):
Yajun Li
Keyword(s):
Thin Film
◽
Successive Approximations
◽
Method Of Successive Approximations
◽
Optical Thin Film
◽
Thin Film Waveguides
Download Full-text
Optical phenomena in thin-film waveguides
Uspekhi Fizicheskih Nauk
◽
10.3367/ufnr.0112.197402b.0231
◽
1974
◽
Vol 112
(2)
◽
pp. 231
◽
Cited By ~ 10
Author(s):
E.M. Zolotov
◽
V.A. Kiselev
◽
V.A. Sychugov
Keyword(s):
Thin Film
◽
Optical Phenomena
◽
Thin Film Waveguides
Download Full-text
Influence of ion beam parameters onto two-dimensional optical thin film thickness distributions deposited by ion beam sputtering
Thin Solid Films
◽
10.1016/j.tsf.2019.05.027
◽
2019
◽
Vol 682
◽
pp. 109-120
◽
Cited By ~ 2
Author(s):
Wjatscheslaw Sakiew
◽
Stefan Schrameyer
◽
Marco Jupé
◽
Philippe Schwerdtner
◽
Nick Erhart
◽
...
Keyword(s):
Thin Film
◽
Film Thickness
◽
Ion Beam
◽
Two Dimensional
◽
Ion Beam Sputtering
◽
Thin Film Thickness
◽
Optical Thin Film
◽
Beam Sputtering
◽
Beam Parameters
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Growth of Nd:potassium gadolinium tungstate thin-film waveguides by pulsed laser deposition
Applied Physics Letters
◽
10.1063/1.126385
◽
2000
◽
Vol 76
(18)
◽
pp. 2490-2492
◽
Cited By ~ 28
Author(s):
P. A. Atanasov
◽
R. I. Tomov
◽
J. Perriére
◽
R. W. Eason
◽
N. Vainos
◽
...
Keyword(s):
Thin Film
◽
Pulsed Laser Deposition
◽
Pulsed Laser
◽
Laser Deposition
◽
Thin Film Waveguides
Download Full-text
Modeling and analysis of birefringence in magneto-optical thin film made by SiO2/ZrO2 doped with ferrite of cobalt
Applied Physics B
◽
10.1007/s00340-010-3930-0
◽
2010
◽
Vol 99
(3)
◽
pp. 553-558
◽
Cited By ~ 13
Author(s):
A. Hocini
◽
T. Boumaza
◽
M. Bouchemat
◽
F. Choueikani
◽
F. Royer
◽
...
Keyword(s):
Thin Film
◽
Optical Thin Film
◽
Modeling And Analysis
Download Full-text
Highly efficient broadband second harmonic generation using polydomain epitaxial barium titanate thin film waveguides
Applied Physics Letters
◽
10.1063/1.2936934
◽
2008
◽
Vol 92
(22)
◽
pp. 221103
◽
Cited By ~ 14
Author(s):
Pao Tai Lin
◽
B. W. Wessels
◽
Joon I. Jang
◽
J. B. Ketterson
Keyword(s):
Thin Film
◽
Barium Titanate
◽
Second Harmonic Generation
◽
Harmonic Generation
◽
Second Harmonic
◽
Highly Efficient
◽
Thin Film Waveguides
◽
Barium Titanate Thin Film
◽
Titanate Thin Film
Download Full-text
Frequency filtering in optical thin film design revisited
10.1117/12.797754
◽
2008
◽
Author(s):
Pierre G. Verly
Keyword(s):
Thin Film
◽
Frequency Filtering
◽
Optical Thin Film
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Optically produced local space charge field in a quantum heterostructure; towards an all-optical thin film photorefractive device
Optical Materials
◽
10.1016/0925-3467(94)00087-5
◽
1995
◽
Vol 4
(2-3)
◽
pp. 358-361
◽
Cited By ~ 4
Author(s):
N.T. Pelekanos
◽
B. Deveaud
◽
P. Gravey
◽
J.M. Gérard
◽
J. Hebling
◽
...
Keyword(s):
Thin Film
◽
Space Charge
◽
Space Charge Field
◽
Optical Thin Film
◽
All Optical
◽
Local Space
◽
Charge Field
Download Full-text
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