Sharif Digital Repository

Iranian female faculties in physics

Author

Iraji Zad, A.

Publisher

American Institute of Physics Inc,

Pub. Year

2019

A novel field ionization gas sensor based on self-organized CuO nanowire arrays

Author

Mohammadpour, R.

Pub. Year

2014

Subjects

CuO nanowire. / Thermal oxidation. / Aspect ratio. / Electric fields. / Ionization of gases. / Sensors. / CuO nanowires. / Fabrication and characterizations. / Gas ionization sensor. / High electric fields. / Self-organized arrays. / Structural deformation. / Temperature and pressures. / Nanowires.

Defect study of TiO2 nanorods grown by a hydrothermal method through photoluminescence spectroscopy

Author

Rajabi, M.

Publisher

Elsevier,

Pub. Year

2015

Subjects

Nanorods. / Photoluminescence. / Defect study. / Dye sensitized solar cell. / Hydrothermal methods. / Nanorods grown. / TiO. / Hydrothermal synthesis.

Preparation of ZnO nanoparticles/Ag nanowires nanocomposites as plasmonic photocatalysts and investigation of the effect of concentration and diameter size of Ag nanowires on their photocatalytic performance

Author

Khademalrasool, M.

Publisher

Elsevier Ltd

Pub. Year

2016

Subjects

High-power LED photoreactor. / Polyol-mediated solvothermal. / Aromatic compounds. / Complexation. / Electromagnetic fields. / Energy transfer. / Gold. / Metal nanoparticles. / Nanocomposites. / Nanoparticles. / Nanowires. / Photocatalysts. / Plasmons. / Zinc oxide. / Ag nanowires. / Au nanospheres. / Photoreactors. / Plasmonic photocatalysts. / Solvothermal. / ZnO nanoparticles. / Silver.

Hierarchical core-shell structure of ZnO nanotube/MnO2 nanosheet arrays on a 3D graphene network as a high performance biosensing platform

Author

Asadian, E.

Publisher

Royal Society of Chemistry

Pub. Year

2016

Subjects

Biocompatibility. / Deposition. / Electrodeposition. / Electrodes. / Enzyme electrodes. / Glucose. / Glucose oxidase. / Glucose sensors. / Graphene. / Manganese oxide. / Nanorods. / Nanosheets. / Nanotubes. / Reduction. / Shells (structures) / Yarn. / Zinc oxide. / Accessible surface areas. / Bio-electrochemical. / Biosensing platforms. / Composite electrode. / Electrochemical deposition. / Electrode/electrolyte interfaces. / Low detection limit. / Electrochemical electrodes.

Transition metal ions-doped polyaniline/graphene oxide nanostructure as high performance electrode for supercapacitor applications

Author

Asen, P.

Publisher

Springer New York LLC,

Pub. Year

2018

Subjects

Graphene oxide. / Transition metal ions. / Capacitance. / Chronoamperometry. / Cyclic voltammetry. / Doping (additives) / Electric discharges. / Electrochemical impedance spectroscopy. / Electrodeposition. / Electrodes. / Electron microscopy. / Energy dispersive spectroscopy. / Field emission microscopes. / Fourier transform infrared spectroscopy. / Graphene. / High resolution transmission electron microscopy. / Iron compounds. / Metal ions. / Metals. / Nanocomposites. / Polyaniline. / Scanning electron microscopy. / Stainless steel. / Supercapacitor. / Transition metal compounds. / Transition metals. / Transmission electron microscopy. / X ray diffraction. / X ray spectroscopy. / Zinc. / Capacitance retention. / Electrical double-layer capacitances. / Electrochemical performance. / Energy dispersive X ray spectroscopy. / Field emission scanning electron microscopy. / Galvanostatic charge discharges. / Graphene oxides. / Supercapacitor application. / Electrochemical electrodes.

Iron‑vanadium oxysulfide nanostructures as novel electrode materials for supercapacitor applications

Author

Asen, P.

Publisher

Elsevier B.V,

Pub. Year

2018

Subjects

Iron-vanadium nanostructures. / Atomic force microscopy. / Capacitance. / Electrochemical deposition. / Electrodeposition. / Electrodes. / Energy dispersive spectroscopy. / Fourier transform infrared spectroscopy. / Nanostructures. / Reduction. / Scanning electron microscopy. / Supercapacitor. / Vanadium compounds. / X ray diffraction. / Electrochemical deposition methods. / Electrochemical performance. / Energy dispersive X ray spectroscopy. / Fourier transform infra red (FTIR) spectroscopy. / High specific capacitances. / Oxysulfides. / Physico-chemical characterization. / Supercapacitor application. / Iron compounds.

Highly sensitive nonenzymetic glucose sensing platform based on MOF-derived NiCo LDH nanosheets/graphene nanoribbons composite

Author

Asadian, E.

Publisher

Elsevier B.V,

Pub. Year

2018

Subjects

Graphene nanoribbon. / NiCo LDH nanosheets. / Nonenzymetic glucose sensor. / ZIF-67 metal-organic framework. / Binary alloys. / Carbon. / Catalytic oxidation. / Chemical sensors. / Cobalt alloys. / Composite films. / Crystalline materials. / Cyclic voltammetry. / Electrodes. / Electron microscopy. / Electrooxidation. / Energy dispersive spectroscopy. / Fourier transform infrared spectroscopy. / Glass membrane electrodes. / Glucose. / Glucose sensors. / Graphene. / High resolution transmission electron microscopy. / Mechanical stability. / Nanocomposite films. / Nanosheets. / Nickel alloys. / Organometallics. / Scanning electron microscopy. / Sodium compounds. / Transmission electron microscopy. / X ray powder diffraction. / X ray spectroscopy. / Amperometric response. / Electrical conductivity. / Energy dispersive X ray spectroscopy. / Graphene nano-ribbon. / Layered double hydroxides. / Metal organic framework. / Modified glassy carbon electrode. / Sacrificial templates. / Nanoribbons.

Sensing behavior of flower-shaped MoS2 nanoflakes: Case study with methanol and xylene

Author

Barzegar, M.

Publisher

Beilstein-Institut Zur Forderung der Chemischen Wissenschaften,

Pub. Year

2018

Subjects

Density functional theory. / Gas sensor. / Hydrothermal method. / Methanol. / MoS2 nanoflakes. / Xylene vapor. / Characterization. / Charge transfer. / Chemical detection. / Chemical sensors. / Density of gases. / Energy dispersive spectroscopy. / Energy gap. / Field emission microscopes. / Gas detectors. / Gases. / Layered semiconductors. / Molybdenum oxide. / Polymethyl methacrylates. / Scalability. / Scanning electron microscopy. / Transition metals. / X ray diffraction. / X ray spectroscopy. / Xylene. / Brunauer-emmett-teller surface areas. / Energy dispersive X ray spectroscopy. / Field emission scanning electron microscopy. / Gas sensing characteristics. / Hydrothermal methods. / Material characterizations. / Nano-flakes. / Transition metal dichalcogenides. / Sulfur compounds.