The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porous silicon were investigated. It was suggested that the structure of porous silicon was determinant towards high sensitivity to NO2. A way to change the structure was by modifying the composition of the electrochemical solution. It was found that the way to achieve the best results was by using ethanoic solutions with HF concentration levels between 12% and 13%
International audienceIn this work, we investigate the use of a new low-cost gas sensor based on por...
Nanopore covered microporous silicon conductometric gas sensors have been fabricated using electroch...
Porous silicon (PS) conductometric gas sensors can exhibit large sensitivity to gases, due to the la...
The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porou...
The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porou...
The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porou...
The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porou...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
A nanocrystalline porous silicon (PS) layer was prepared by electrochemical etching method of p–type...
International audienceIn this work, we investigate the use of a new low-cost gas sensor based on por...
Nanopore covered microporous silicon conductometric gas sensors have been fabricated using electroch...
Porous silicon (PS) conductometric gas sensors can exhibit large sensitivity to gases, due to the la...
The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porou...
The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porou...
The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porou...
The sensing performace, light scattering, and Transmission electron microscopy (TEM) images of porou...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
The electrical injection in porous silicon fabricated with heavily doped p-type silicon is very sens...
A nanocrystalline porous silicon (PS) layer was prepared by electrochemical etching method of p–type...
International audienceIn this work, we investigate the use of a new low-cost gas sensor based on por...
Nanopore covered microporous silicon conductometric gas sensors have been fabricated using electroch...
Porous silicon (PS) conductometric gas sensors can exhibit large sensitivity to gases, due to the la...