The first successful attempt to integrate on-chip optical waveguides based on oxidized porous silicon and amorphous silicon photodetectors have been demonstrated. Buried channel waveguides were performed by thermal oxidation of porous silicon. Amorphous silicon photodetectors were fabricated on the waveguides. Different device structures as well as their performance attributes are exhibited. The devices were demonstrated to have photocurrent characteristics promising for optoelectronic applications
This paper presents the analysis and development of an evanescent waveguide sensor system, based on ...
We report the development of a silicon integrated circuit that combines conventional electronic circ...
The present work deals with the formation of "hybrid" waveguides by using SiO2 as a core material de...
In this work performances of amorphous silicon photodetectors used to sense the light guided in Oxid...
The Oxidized Porous Silicon Waveguides (OPSWG) present the chance to realize waveguide in the visibl...
A brief review of 20-years research of formation, processing and utilizing of oxidized porous silico...
A brief review of 20-years research of formation, processing and utilizing of oxidized porous silico...
In this work we report the latest improvements in integrated optical waveguides based on oxidized po...
Integrated optical waveguides based on oxidized porous silicon were fabricated by means of tradition...
Stiebig H, Thonissen M, Kruger M, et al. Optosensoric based on amorphous and porous silicon. tm - Te...
This letter reports a method to produce porous-silicon waveguides by means of a laser local oxidatio...
Porous silicon (PS) has been known for quite a long time for its photoluminescence and for its usage...
This letter reports a method to produce porous-silicon waveguides by means of a laser local oxidatio...
The realisation of optical buried waveguides fabricated from porous silicon layers is presented. The...
A new amorphous silicon waveguide is realized by use of amorphous silicon carbon as cladding materia...
This paper presents the analysis and development of an evanescent waveguide sensor system, based on ...
We report the development of a silicon integrated circuit that combines conventional electronic circ...
The present work deals with the formation of "hybrid" waveguides by using SiO2 as a core material de...
In this work performances of amorphous silicon photodetectors used to sense the light guided in Oxid...
The Oxidized Porous Silicon Waveguides (OPSWG) present the chance to realize waveguide in the visibl...
A brief review of 20-years research of formation, processing and utilizing of oxidized porous silico...
A brief review of 20-years research of formation, processing and utilizing of oxidized porous silico...
In this work we report the latest improvements in integrated optical waveguides based on oxidized po...
Integrated optical waveguides based on oxidized porous silicon were fabricated by means of tradition...
Stiebig H, Thonissen M, Kruger M, et al. Optosensoric based on amorphous and porous silicon. tm - Te...
This letter reports a method to produce porous-silicon waveguides by means of a laser local oxidatio...
Porous silicon (PS) has been known for quite a long time for its photoluminescence and for its usage...
This letter reports a method to produce porous-silicon waveguides by means of a laser local oxidatio...
The realisation of optical buried waveguides fabricated from porous silicon layers is presented. The...
A new amorphous silicon waveguide is realized by use of amorphous silicon carbon as cladding materia...
This paper presents the analysis and development of an evanescent waveguide sensor system, based on ...
We report the development of a silicon integrated circuit that combines conventional electronic circ...
The present work deals with the formation of "hybrid" waveguides by using SiO2 as a core material de...