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| # | Type | Title | Author | Publisher | Pub. Year | Subjects | Call Number |
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| 1 | مقاله | Technical design and economic investigations for reducing co2emission considering environmental protection agency standards by employing an optimum grid-connected PV/Battery system | Fard, H.F. | Hindawi Limited, | 2022 |
Energy utilization.
Hybrid systems. Investments. Pollution. CO 2 emission. Cost of energies. Current system. Economic investigation. Environmental Protection Agency's. Grid-connected PV. Net present cost. Renewables. Technical design. Total emissions. Environmental Protection Agency. |
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| 2 | مقاله | Effect of electrical parameters on morphology, chemical composition, and photoactivity of the nano-porous titania layers synthesized by pulse-microarc oxidation | Bayati, M. R. | 2010 |
Duty cycle.
Frequency. Microarc oxidation. Photocatalytic. Pulse current. Titania. Applied voltages. Atomic force microscopes. Chemical compositions. Current frequency. Decomposition rate. Duty cycles. Electrical parameter. Methylene blue solution. Nano-porous. Photo-catalytic. Photoactivity. Photocatalytic performance. Porous structures. Pulse currents. Rutile phasis. Scanning electron microscopes. Surface chemical composition. TiO. Ultraviolet irradiations. UV irradiation. Irradiation. Microscopes. Morphology. Oxidation. Oxide minerals. Scanning electron microscopy. Surface topography. Titanium dioxide. X ray diffraction. X ray photoelectron spectroscopy. Surface morphology. |
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| 3 | مقاله | 3D asymmetric carbozole hole transporting materials for perovskite solar cells | Sheibani, E. | Elsevier Ltd, | 2019 |
3D non-fused carbazole structure.
Carbazole. Hole-transporting materials. Perovskite solar cells. Efficiency. Glass. Glass transition. Grain boundaries. Hole mobility. Perovskite. Polycyclic aromatic hydrocarbons. Asymmetric structures. Atmospheric conditions. Cell efficiency. High-glass transition temperatures. Long term durability. Power conversion efficiencies. Chemical composition. Crystallization. Encapsulation. Energy efficiency. Temperature profile. |
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| 4 | مقاله | MAO-derived hydroxyapatite/TiO 2 nanostructured multi-layer coatings on titanium substrate | Abbasi, S. | 2012 |
TiO 2.
Calcium acetate. Calcium titanate. Coating features. Coating time. Duration time. Electrolyte concentration. Layered Structures. Microarc oxidation. Multi-layer-coating. Nano-structured. Photoanode. Specific areas. Thickness profiles. Titania. Titanium substrates. Tri-calcium phosphates. Nanocomposites. Porosity. Hydroxyapatite. |
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| 5 | مقاله | Spark plasma sintering of TaC-HfC UHTC via disilicides sintering aids | Ghaffari, S. A. | 2013 |
Disilicides.
Densification behavior. Disilicides. HfC. Liquid phase formation. Low temperatures. TaC. UHTC. Ultra-high-temperature ceramics. Carbides. Hafnium. Mechanical properties. Spark plasma sintering. Tantalum carbide. |
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| 6 | مقاله | Fabrication of HAp-8YSZ composite layer on Ti/TiO2 nanoporous substrate by EPD/MAO method | Hekmatfar, M. | 2011 |
8YSZ.
Colloidal processing. Composite layer. Crack free. Electrophoretic depositions. EPD/MAO. HAp. Inner layer. Nanoporous substrate. Titania. XRD. Bioceramics. Deposition. Electrophoresis. Ethanol. Porous materials. Scanning electron microscopy. Sintering. Substrates. Titanium dioxide. X ray diffraction analysis. Nanocomposite films. |
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| 7 | مقاله | A new definition for total harmonic distortion in inverter-fed induction motors including loss considerations | Fard, H. G. | 2008 |
Core loss.
Derating. Distortion factor. Frequency domains. Harmonics. Inverter-fed induction motors. Total harmonic distortion (THD) Induction motors. Wave filters. Harmonic analysis. |
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| 8 | مقاله | MAO-derived hydroxyapatite-TiO 2 nanostructured bio-ceramic films on titanium | Abbasi, S. | 2012 |
A. Composites.
A. Nanostructures. A. Thin films. C. Photoelectron spectroscopy. Arcing time. Calcium acetate. Calcium titanate. Coating layer. Electrolyte concentration. Glycerophosphate. Growth time. Hydroxyapatite coating. Microarc oxidation. Nano-structured. Pore volume. Processing parameters. Surface layers. TiO. Titanium substrates. Total pore volume. Tri-calcium phosphates. XRD. Calcium phosphate. Coatings. Electrolytes. Hydroxyapatite. Phospholipids. Photoelectron spectroscopy. Pore size. Titanium dioxide. |
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| 9 | مقاله | A techno-economic analysis of geothermal ejector cooling system | Habibi, M. | Elsevier Ltd, | 2020 |
Air-cooled ejector cooling system.
Borehole heat exchanger. Ground-coupled ejector cooling system. Numerical simulation. Relative payback period. Supersonic ejector. Air ejectors. Boreholes. Coefficient of performance. Computer simulation. Economic analysis. Ejectors (pumps) Heat exchangers. Investments. Natural gas. Thermal conductivity of gases. Thermoelectric equipment. Borehole heat exchangers. Ejector cooling system. Natural gas price. Payback periods. Seasonal coefficients. Soil thermal conductivity. Techno-economic analysis. Cooling systems. Borehole geophysics. Cooling. Geothermal energy. Performance assessment. Research work. Simulation. Technical efficiency. |
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| 10 | مقاله | Planning for groundwater sustainable use: A case study in Nishapur Plain, Iran | Abrishamchi, A. | Elsevier B.V, | 2020 |
Groundwater sustainable use.
Nishapur Plain. Sustainable yield. Climate change. Digital storage. Efficiency. Groundwater. Landforms. Surface water resources. Surface waters. Water conservation. Water management. Water supply. Capture concept. Groundwater modeling. Sustainable use. Sustainable yields. Groundwater resources. Groundwater resource. Growth modeling. Maximum sustainable yield. Modeling. Regional climate. Spatiotemporal analysis. Surface water. Sustainability. Water planning. Water table. Iran. Nishapur. Razavi Khorasan. |
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| 11 | مقاله | Densification and grain growth of nanocrystalline 3Y-TZP during two-step sintering | Mazaheri, M. | 2008 |
Ceramic materials.
Firing (of materials) Grain (agricultural product) Grain size and shape. Nanocrystalline alloys. Nanocrystalline materials. Nanostructured materials. Sintering. Yttria stabilized zirconia. Yttrium alloys. Zirconia. Average grain sizes. Densification. Fractional density. Grain sizes. High temperature. Monoclinic phase. Nano-crystalline. Nanocrystalline 3Y-TZP. Optimum processing. Phase stabilization. Rapid cooling. Single-step. Stabilized zirconia. Two-step sintering. Ultra-fine grains. XRD analysis. Zirconia ceramics. Grain growth. |
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| 12 | مقاله | Micro-arc oxidized S-TiO2 nanoporous layers: Cationic or anionic doping? | Bayati, M.R. | 2010 |
Porosity.
TiO2. Band gap energy. Crystalline lattice. Doping. Maximum values. Microarc. Microarc oxidation. Nano-materials. Nanoporous layers. Porous morphology. S-doped TiO. SEM. Sulfur concentrations. TiO. Titania. Titanium substrates. UV-Vis spectrophotometers. XPS. XRD analysis. Dyes. Nanostructured materials. Oxidation. Sulfur. Titanium. Titanium dioxide. Doping (additives) |
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| 13 | مقاله | Visible photodecomposition of methylene blue over micro arc oxidized WO3-loaded TiO2 nano-porous layers | Bayati, M. R. | 2010 |
Methelyne blue.
Absorption edges. Applied voltages. Band gap energy. Chemical compositions. Composite layer. Data analysis. Decomposition rate. Electrolyte concentration. Energy dispersive X ray spectroscopy. Growth mechanisms. Matrix. Microarc. Microarc oxidation. Nano-porous. Phosphate salts. Photo-decomposition. Photo-irradiation. Photocatalytic activities. Porous structures. Rough surfaces. SEM. Sodium tungstate. TiO. Tungsten oxide. UV-Vis spectrophotometers. Atomic force microscopy. Data reduction. Electrolytes. Oxide minerals. Photocatalysis. Porous materials. Scanning electron microscopy. Surface roughness. Surface structure. Titanium. Titanium dioxide. Tungsten. Tungsten compounds. X ray diffraction. X ray photoelectron spectroscopy. X ray spectroscopy. X rays. Titanium oxides. |
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| 14 | مقاله | On the photocatalytic activity of the sulfur doped titania nano-porous films derived via micro-arc oxidation | Bayati, M. R. | 2010 |
TiO2.
Absorption edges. AFM. Applied voltages. Band gap energy. Degradation rate. Doped layers. Doped titania. Doped-TiO. Doping. Electrolyte compositions. Electrolyte concentration. Methylene Blue. Microarc oxidation. Nano-porous films. Photoactivity. Photocatalytic activities. Photocatalytic performance. Physical and chemical properties. Rutile phasis. SEM. Sulfur concentrations. TiO. Titania. UV irradiation. UV- and. UV-Vis spectrophotometers. Visible irradiation. XPS. XRD. Chemical properties. Degradation. Electrolytes. Irradiation. Optical properties. Organic polymers. Oxidation. Oxide minerals. Photocatalysis. Sulfur. Titanium dioxide. X ray photoelectron spectroscopy. Doping (additives) |
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| 15 | مقاله | Synthesis of narrow band gap (V2O5)x-(TiO2)1-x nano-structured layers via micro arc oxidation | Bayati, M. R. | 2010 |
Vanadium oxides.
Ceramics. Photo-catalysis. Titanium oxide. Vanadium oxide. Absorption edges. Applied voltages. Atomic force microscopes. Band gap energy. Chemical compositions. Composite layer. Decomposition rate. Methylene blue. Methylene blue solution. Micro arc oxidation. Nano-structured layer. Narrow band gap. Photo-catalytic. Scanning electron microscopes. Sheet-like. Sheet-like structure. TiO. Titania layers. UV-vis spectrophotometers. Micro arc oxidation. Vanadium pentoxide. Visible irradiation. Visible wavelengths. Catalysis. Cavity resonators. Ceramic materials. Energy gap. Irradiation. Microscopes. Morphology. Optical properties. Oxidation. Oxide minerals. Scanning electron microscopy. Surface topography. Synthesis (chemical) Titanium. Titanium dioxide. Titanium oxides. Vanadium. Vanadium alloys. Vanadium compounds. X ray diffraction. X ray photoelectron spectroscopy. |
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| 16 | مقاله | Photo-degradation of methelyne blue over V2O5- TiO2 nano-porous layers synthesized by micro arc oxidation | Bayati, M. R. | 2010 |
Vanadium oxide.
Applied voltages. Band gap energy. Methylene blue solution. Microarc oxidation. Nano-porous. Porous layers. TiO. Titania layers. UV irradiation. Vanadia-titania. Vanadium oxide. Vanadium oxides. Vanadium pentoxide. Catalysis. Cavity resonators. Oxidation. Oxide minerals. Rate constants. Titanium. Titanium dioxide. Vanadium. Vanadium alloys. Vanadium compounds. Titanium oxides. |
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| 17 | مقاله | The effect of growth parameters on photo-catalytic performance of the MAO-synthesized TiO2 nano-porous layers | Bayati, M. R. | 2010 |
Nano structures.
Porous materials. Anode surfaces. Applied voltages. Band gap energy. Breakdown voltage. Chemical compositions. Chemical synthesis. Concentration of. Critical voltages. Decomposition rate. Electrolyte concentration. Energy dispersive. Gas layers. Growth parameters. Methylene Blue. Methylene blue solution. Microarc oxidation. Nano-porous. Photo-catalytic. Photocatalytic activities. Rutile phasis. Scanning electron microscopes. Surface pores. Synthesis parameters. TiO. UV irradiation. UV-Vis spectrophotometers. Catalyst activity. Cavity resonators. Concentration (process) Electrolysis. Electrolytes. Energy gap. Nanostructures. Optical properties. Oxidation. Oxide minerals. Porous materials. Scanning electron microscopy. Spectrophotometry. Surface structure. Titanium. Titanium dioxide. X ray diffraction. X ray photoelectron spectroscopy. Synthesis (chemical) |
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| 18 | مقاله | How photocatalytic activity of the MAO-grown TiO2 nano/micro-porous films is influenced by growth parameters? | Bayati, M. R. | 2010 |
Micro-arc oxidation.
AFM. Applied voltages. Catalytic applications. Chemical compositions. Concentration of. Electrolyte concentration. Growth parameters. Methylene blue solution. Oxide materials. Photocatalytic activities. Photocatalytic performance. Porous film. Porous layers. Process time. Rutile phasis. SEM. TiO. UV irradiation. Cavity resonators. Electrolytes. Oxide minerals. Photocatalysis. Surface roughness. Surface structure. Titanium. Titanium dioxide. Titanium oxides. Catalytic oxidation. |
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| 19 | مقاله | In situ growth of vanadia-titania nano/micro-porous layers with enhanced photocatalytic performance by micro-arc oxidation | Bayati, M. R. | 2010 |
Methylene blue.
Micro-arc oxidation. Porous. Titanium oxide. Vanadium oxide. Applied voltages. Atomic force microscopes. Band gap energy. Chemical compositions. Composite layer. Efficient method. Electrolyte concentration. In-situ growth. Photocatalytic performance. Photocatalytic reactions. Porous layers. Porous titanium. Scanning electron microscopes. TiO. UV-Vis spectrophotometers. Vanadia-titania. Vanadium oxides. Vanadium pentoxide. Visible irradiation. Cavity resonators. Electrolytes. Microscopes. Optical properties. Oxidation. Oxide minerals. Photodegradation. Rate constants. Scanning electron microscopy. Surface morphology. Surface roughness. Synthesis (chemical) Titanium. Titanium dioxide. Titanium oxides. Vanadium. Vanadium alloys. Vanadium compounds. X ray diffraction. X ray photoelectron spectroscopy. |
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| 20 | مقاله | Master sintering curves of a nanoscale 3Y-TZP powder compacts | Mazaheri, M. | 2009 |
3Y-ZrO2.
Activation energy. Chemical activation. Grain size and shape. Growth (materials) Powders. Sintering. Yttrium alloys. Zirconium alloys. 3Y-ZrO2. A. Grain growth. A. Sintering. Aggregate sizes. Different thermal histories. Grain growth activation energies. Isothermal sintering. Master curves. Master sintering curve. Microstructural developments. Model predictions. Nanoscale. Powder compacts. Sintering behaviors. Sintering cycles. Grain growth. |
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