Improvement of porous GaAs (100) structure through electrochemical etching based on DMF solution

MI Md Taib, N Zainal, Z Hassan - Journal of Nanomaterials, 2014 - Wiley Online Library
We report on the fabrication of porous GaAs (100) using three different acids, H2SO4, HF,
and HCl, diluted in DMF based solutions. The mixture of H2SO4 with DMF showed the best …

Improvement of Porous GaAs (100) Structure through Electrochemical Etching Based on DMF Solution

MIM Taib, N Zainal, Z Hassan - Journal of Nanomaterials, 2014 - search.proquest.com
We report on the fabrication of porous GaAs (100) using three different acids, H2SO4, HF,
and HCl, diluted in DMF based solutions. The mixture of H2SO4 with DMF showed the best …

Improvement of Porous GaAs (100) Structure through Electrochemical Etching Based on DMF Solution.

MI Md Taib, N Zainal, Z Hassan - Journal of Nanomaterials, 2014 - search.ebscohost.com
We report on the fabrication of porous GaAs (100) using three different acids, H< sub> 2
SO< sub> 4, HF, and HCl, diluted in DMF based solutions. The mixture of H< sub> 2 SO< …

[PDF][PDF] Improvement of Porous GaAs (100) Structure through Electrochemical Etching Based on DMF Solution

MIM Taib, N Zainal, Z Hassan - cyberleninka.org
We report on the fabrication of porous GaAs (100) using three different acids, H2SO4, HF,
and HCl, diluted in DMF based solutions. The mixture of H2SO4 with DMF showed the best …

[PDF][PDF] Improvement of Porous GaAs (100) Structure through Electrochemical Etching Based on DMF Solution

MIM Taib, N Zainal, Z Hassan - pdfs.semanticscholar.org
We report on the fabrication of porous GaAs (100) using three different acids, H2SO4, HF,
and HCl, diluted in DMF based solutions. The mixture of H2SO4 with DMF showed the best …

[引用][C] Improvement of Porous GaAs (100) Structure through Electrochemical Etching Based on DMF Solution

MIM Taib, N Zainal, Z Hassan

[引用][C] Improvement of Porous GaAs (100) Structure through Electrochemical Etching Based on DMF Solution

MI Md Taib, N Zainal, Z Hassan - Journal of Nanomaterials - Hindawi