Add to ORKGAbstract-We successfully combined porous silicon and amorphous silicon together to fabricate a light-emitting diode, whose emitting color was tunable with different applied voltage. When the applied voltage increased from 30 to 90 V, the emitting color of the device could change from red to blue. 0 1997 Elsevier Science Ltd 1
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
Through anodically etching p-type Silicon in an ethanoic solution of HF, we prepared several porous ...
A test device to implement room temperature visible light emitting diodes (LED) based on porous sili...
In this work, powders of nanostructured porous silicon (NPSp) with strong and broad photoluminescenc...
Electroluminescent devices in porous silicon technology are presented. The fabrication and the chara...
The fabrication and the characteristics of light emitting porous silicon devices are presented. Unde...
A fabrication process, compatible with an industrial bipolar+complementary metal-oxide-semiconductor...
The research activity into the development of luminescent forms of silicon has now spanned two decad...
In this paper we present our recent progresses towards efficient light emitting diodes based on poro...
In this paper we present our recent progresses towards efficient light emitting diodes based on poro...
A test device to implement room temperature visible light emitting diodes (LED) based on porous sili...
The fabrication technology and the properties of a light-emitting device including a porous pn junct...
Incorporation of molecules into porous silicon (PS) matrix is of particular interest for potential u...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
The demonstration of efficient and reliable light emitting diodes (LED) in a silicon based system wi...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
Through anodically etching p-type Silicon in an ethanoic solution of HF, we prepared several porous ...
A test device to implement room temperature visible light emitting diodes (LED) based on porous sili...
In this work, powders of nanostructured porous silicon (NPSp) with strong and broad photoluminescenc...
Electroluminescent devices in porous silicon technology are presented. The fabrication and the chara...
The fabrication and the characteristics of light emitting porous silicon devices are presented. Unde...
A fabrication process, compatible with an industrial bipolar+complementary metal-oxide-semiconductor...
The research activity into the development of luminescent forms of silicon has now spanned two decad...
In this paper we present our recent progresses towards efficient light emitting diodes based on poro...
In this paper we present our recent progresses towards efficient light emitting diodes based on poro...
A test device to implement room temperature visible light emitting diodes (LED) based on porous sili...
The fabrication technology and the properties of a light-emitting device including a porous pn junct...
Incorporation of molecules into porous silicon (PS) matrix is of particular interest for potential u...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
The demonstration of efficient and reliable light emitting diodes (LED) in a silicon based system wi...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
Through anodically etching p-type Silicon in an ethanoic solution of HF, we prepared several porous ...
A test device to implement room temperature visible light emitting diodes (LED) based on porous sili...