We present a novel technique for producing single-step buried K+-Na+ ion-exchanged waveguides in BK-7. Direct bonding provides atomic contact between chemically modified glass layers, which when heated create a waveguide by intersubstrate ion-exchange
A theory for optical waveguide fabrication processes, in which potassium ions exchanged into glass a...
The availability of integrated optical sources in glass is expected greatly to enhance optical signa...
The design, fabrication, and characterization of active and passive devices in ion-exchanged glass w...
We report a technique for producing single-step buried K+-Na+ ion-exchanged waveguide lasers in neod...
This thesis describes a series of experimental studies on the use of direct bonding for optical wave...
The ion exchange technique has been advanced as method of fabrication of active integrated optic dev...
Planar optical waveguides fabricated by K$ sp+$-Na$ sp+$ ion-exchange in soda-lime glass substrates ...
To be of practical use in optical communications networks, optical components must have both low on-...
A two-step double ion-exchange process is employed to produce dual-core waveguides in glass. First, ...
A simple model for the characterization of single-mode channel waveguides fabricated by a two-step [...
Planar optical waveguides made by purely thermal and electric field-assisted $K sp{+} - Na sp+$ ion-...
International audienceFor more than thirty years, ion-exchange (IE) on glass technology has been suc...
International audienceFor more than thirty years, ion-exchange (IE) on glass technology has been suc...
A more economical directional couplers (DC) fabrication method based on ion exchange Ag+/K+ /Na+ tec...
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...
The availability of integrated optical sources in glass is expected greatly to enhance optical signa...
The design, fabrication, and characterization of active and passive devices in ion-exchanged glass w...
We report a technique for producing single-step buried K+-Na+ ion-exchanged waveguide lasers in neod...
This thesis describes a series of experimental studies on the use of direct bonding for optical wave...
The ion exchange technique has been advanced as method of fabrication of active integrated optic dev...
Planar optical waveguides fabricated by K$ sp+$-Na$ sp+$ ion-exchange in soda-lime glass substrates ...
To be of practical use in optical communications networks, optical components must have both low on-...
A two-step double ion-exchange process is employed to produce dual-core waveguides in glass. First, ...
A simple model for the characterization of single-mode channel waveguides fabricated by a two-step [...
Planar optical waveguides made by purely thermal and electric field-assisted $K sp{+} - Na sp+$ ion-...
International audienceFor more than thirty years, ion-exchange (IE) on glass technology has been suc...
International audienceFor more than thirty years, ion-exchange (IE) on glass technology has been suc...
A more economical directional couplers (DC) fabrication method based on ion exchange Ag+/K+ /Na+ tec...
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...
The availability of integrated optical sources in glass is expected greatly to enhance optical signa...
The design, fabrication, and characterization of active and passive devices in ion-exchanged glass w...