Silicon pillars decorated with SWCNT-COOH for gas sensors
Silicon nano and micropillars have received considerable attention because they can be
readily produced on wafer scale using conventional top-down techniques, and the …
readily produced on wafer scale using conventional top-down techniques, and the …
Current Progress in Ion-Sensitive-Field-Effect-Transistor for Diagnostic and Clinical Biomedical Applications
Electronic detection of pH is a promising field for the efficient detection of biological
substances. The presence of such substances can be used to detect many crucial …
substances. The presence of such substances can be used to detect many crucial …
Generating optical birefringence and chirality in silicon nanowire dimers
X Zhao, MH Alizadeh, BM Reinhard - ACS Photonics, 2017 - ACS Publications
Narrow high refractive index nanowires sustain weakly guided modes with significant mode
volume outside of the nanowire. This modal spillover makes them interesting photonic …
volume outside of the nanowire. This modal spillover makes them interesting photonic …
Highly patterned growth of SnO2 nanowires using a sub-atmospheric vapor–liquid–solid deposition
M Akbari, S Mohajerzadeh - Journal of Physics D: Applied …, 2017 - iopscience.iop.org
We report the realization of tin-oxide nanowires on patterned structures using a vapor–liquid–
solid (VLS) process. While gold acts as the catalyst for the growth of wires, a tin-oxide …
solid (VLS) process. While gold acts as the catalyst for the growth of wires, a tin-oxide …
Fabrication of ultrahigh-aspect-ratio and periodic silicon nanopillar arrays using dislocation lithography and deep reactive-ion etching
Z Ma, T Guo, S Cheng, Z Song, J Wang… - Journal of …, 2019 - iopscience.iop.org
The aspect ratio of nanostructures determines the mechanical sensitivities and responses,
such as hydrodynamic and oscillating flow detection. Nanopillar arrays with ultrahigh aspect …
such as hydrodynamic and oscillating flow detection. Nanopillar arrays with ultrahigh aspect …
Modeling of spatial growth of SnO2 nanowires on silicon substrates by VLS technique
The growth of SnO 2 nanowires on silicon substrates using a vapor-liquid-solid (VLS)
technique has been theoretically modeled. Since VLS is a catalyst-based method, we have …
technique has been theoretically modeled. Since VLS is a catalyst-based method, we have …