A new electric-field-assisted ion diffusion technique has been used for the fabrication of optical waveguides in glass. The construction of the setup is discussed in detail. Ion exchange in standard glass slide can be performed very efficiently and the setup can be conveniently used for double diffusions which are required for the fabrication of buried waveguides. Silver ions of various mole fractions were diffused in glass by this technique. Diffusion depth measurements were made both for the fabricated planar and channel waveguides
This paper presents the technological aspect of application of the ion exchange method in producing ...
A two-step double ion-exchange process is employed to produce dual-core waveguides in glass. First, ...
Design and modeling of single mode optical multi-mode interference structures with graded refractiv...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
In this work, properties of Ag thin-film ion exchange in Schott IOG-1 phosphate glass has been studi...
Planar waveguides have been formed by the electric field assisted diffusion of copper ions from a me...
A theory for optical waveguide fabrication processes, in which potassium ions exchanged into glass a...
A theory for optical waveguide fabrication processes, in which potassium ions exchanged into glass a...
Planar optical waveguides made by purely thermal and electric field-assisted $K sp{+} - Na sp+$ ion-...
Mode indices measurements for both the TE and TM modes have been made on planar waveguides by K+-ion...
Fabrication of singlemode glass waveguide devices by silver film ion exchange with standard photores...
This paper presents the technological aspect of application of the ion exchange method in producing ...
A two-step double ion-exchange process is employed to produce dual-core waveguides in glass. First, ...
Design and modeling of single mode optical multi-mode interference structures with graded refractiv...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
The numerical modeling of field-assisted ion exchange in glass through a finite aperture is carried ...
In this work, properties of Ag thin-film ion exchange in Schott IOG-1 phosphate glass has been studi...
Planar waveguides have been formed by the electric field assisted diffusion of copper ions from a me...
A theory for optical waveguide fabrication processes, in which potassium ions exchanged into glass a...
A theory for optical waveguide fabrication processes, in which potassium ions exchanged into glass a...
Planar optical waveguides made by purely thermal and electric field-assisted $K sp{+} - Na sp+$ ion-...
Mode indices measurements for both the TE and TM modes have been made on planar waveguides by K+-ion...
Fabrication of singlemode glass waveguide devices by silver film ion exchange with standard photores...
This paper presents the technological aspect of application of the ion exchange method in producing ...
A two-step double ion-exchange process is employed to produce dual-core waveguides in glass. First, ...
Design and modeling of single mode optical multi-mode interference structures with graded refractiv...