A planar optical waveguide has been produced by immersion a microscope slide (sodium rich) in molten KN03. The resulting K+ profile is due to an ion-exchange with Na+. The higher atomic number of K+ increases the index of refraction at the surface and therefore allows for the propagation of light by alternate total internal reflections. Methods for observing the K+ profile and measuring the refractive index are discussed, as well as the difficulties involved/ Also, suggestions for future experiments and characterizing techniques are given
Monomode, nonleaky planar optical waveguides have been fabricated in x-cut biaxial crystal potassium...
The first planar optical waveguide to the authors' knowledge has been formed in Cu-doped potass...
A new electric-field-assisted ion diffusion technique has been used for the fabrication of optical w...
Planar optical waveguides fabricated by K$ sp+$-Na$ sp+$ ion-exchange in soda-lime glass substrates ...
Mode indices measurements for both the TE and TM modes have been made on planar waveguides by K+-ion...
Planar optical waveguides made by purely thermal and electric field-assisted $K sp{+} - Na sp+$ ion-...
Fabrication of planar optical waveguides by silver-ion exchange in glass, and the resulting refracti...
ArticleJournal of the Faculty of Textile Science and Technology, Shinshu University. Ser. B, Enginee...
Using an analogy between the TE mode equation for an optical waveguide, and Schrödinger's equation, ...
Planar waveguides have been formed by the electric field assisted diffusion of copper ions from a me...
A detailed experimental analysis of Ag+-Na+ ion exchange in glass using Ag films as ion sources for ...
A detailed experimental analysis of Ag+-Na+ ion exchange in glass using Ag films as ion sources for ...
In this work, new techniques for planar lightwave circuits utilizing silver-sodium ion exchange are ...
The authors report that Ag+-Na+ ion exchange has been performed for the first time from molten salt ...
We report the fabrication of planar optical waveguides using multi ion diffusion by femtosecond lase...
Monomode, nonleaky planar optical waveguides have been fabricated in x-cut biaxial crystal potassium...
The first planar optical waveguide to the authors' knowledge has been formed in Cu-doped potass...
A new electric-field-assisted ion diffusion technique has been used for the fabrication of optical w...
Planar optical waveguides fabricated by K$ sp+$-Na$ sp+$ ion-exchange in soda-lime glass substrates ...
Mode indices measurements for both the TE and TM modes have been made on planar waveguides by K+-ion...
Planar optical waveguides made by purely thermal and electric field-assisted $K sp{+} - Na sp+$ ion-...
Fabrication of planar optical waveguides by silver-ion exchange in glass, and the resulting refracti...
ArticleJournal of the Faculty of Textile Science and Technology, Shinshu University. Ser. B, Enginee...
Using an analogy between the TE mode equation for an optical waveguide, and Schrödinger's equation, ...
Planar waveguides have been formed by the electric field assisted diffusion of copper ions from a me...
A detailed experimental analysis of Ag+-Na+ ion exchange in glass using Ag films as ion sources for ...
A detailed experimental analysis of Ag+-Na+ ion exchange in glass using Ag films as ion sources for ...
In this work, new techniques for planar lightwave circuits utilizing silver-sodium ion exchange are ...
The authors report that Ag+-Na+ ion exchange has been performed for the first time from molten salt ...
We report the fabrication of planar optical waveguides using multi ion diffusion by femtosecond lase...
Monomode, nonleaky planar optical waveguides have been fabricated in x-cut biaxial crystal potassium...
The first planar optical waveguide to the authors' knowledge has been formed in Cu-doped potass...
A new electric-field-assisted ion diffusion technique has been used for the fabrication of optical w...