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| # | Type | Title | Author | Publisher | Pub. Year | Subjects | Call Number |
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| 1 | مقاله | Extraction of molybdenum (VI) and vanadium (V) from nitrate solutions using coupling of acid and solvating extractants | Shakib, B. | Materials and Energy Research Center, | 2019 |
Coupling Extractants.
Molybdenum. Separation Factor. Solvent Extraction. Vanadium. Ammonium hydroxide. Kerosene. Mixtures. Nitrates. PH. Solvents. Vanadium compounds. Extractants. Nitrate solutions. Separation factors. Solvating extractants. Solvent extraction methods. Synergism. Synergistic mixtures. Synergistic solvent extraction. Molybdenum compounds. |
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| 2 | مقاله | Mass transfer coefficients of extracting Mo (VI) and W (VI) in a stirred tank by solvent extraction using mixture of Cyanex272 and D2EHPA | Shakib, B. | Taylor and Francis Inc, | 2019 |
Mass transfer coefficient.
Mean drop diameter. Molybdenum. Solvent extraction. Ammonium hydroxide. Molybdenum compounds. Sulfur compounds. Tanks (containers) Tungsten. Tungsten compounds. Batch experiments. Continuous phase. Dimensionless number. Drop diameters. Liquid-liquid systems. Molybdenum and tungsten. Reactive extraction. Sulfate solutions. Mass transfer. |
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| 3 | مقاله | Mass transfer coefficients of extracting Mo (VI) and W (VI) in a stirred tank by solvent extraction using mixture of Cyanex272 and D2EHPA | Shakib, B. | Bellwether Publishing, Ltd, | 2020 |
Mass transfer coefficient.
Mean drop diameter. Tungsten. Ammonium hydroxide. Molybdenum. Molybdenum compounds. Tanks (containers) Tungsten compounds. Batch experiments. Continuous phase. Dimensionless number. Drop diameters. Liquid-liquid systems. Molybdenum and tungsten. Reactive extraction. Sulfate solutions. Mass transfer. Solvent extraction. |
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| 4 | مقاله | Mass transfer evaluation in a multi-impeller extractor for reactive Mo (VI) extraction from aqueous Sulphate solution by utilizing coupling of acid and solvating Extractants | Shakib, B. | Springer, | 2020 |
Chemical reaction.
Molybdenum. Solvating Extractant. Chemical reactions. Forecasting. Impellers. Molybdenum compounds. Phase velocity. Solvent extraction. Sulfur compounds. Velocity. Bench scale experiments. Chemical reaction systems. Enhancement factor. Extractants. Mass transfer performance. Overall mass transfer coefficient. Solvent-extraction process. Synergistic solvent extraction. Mass transfer. |
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| 5 | مقاله | Direct extraction of Mo(VI) from sulfate solution by synergistic extractants in the rotation column | Shakib, B. | Chemical Industry Press, | 2020 |
Extractant.
Rotation column. Synergistic. Drops. Molybdenum. Rotation. Solvent extraction. Sulfur compounds. Bench scale experiments. Characteristic velocities. Direct extraction. Extractant concentration. Extractants. Extraction efficiencies. Molybdenum compounds. |
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| 6 | مقاله | Slip velocity in pulsed disc and doughnut extraction columns | Torab Mostaedi, M. | 2011 |
Characteristic velocity.
Dispersed phase hold-up. Pulsed disc and doughnut column. Slip velocity. |
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| 7 | مقاله | Dispersed phase holdup in a pulsed disc and doughnut extraction column | Torab Mostaedi, M. | 2011 |
Pulsed disc and doughnut column.
Slip velocity. Characteristic velocity. Continuous phase. Dispersed phase hold-up. Empirical correlations. Energy inputs. Extraction columns. Liquid-liquid systems. Mixer-settler. Operating condition. Operating regimes. Operating variables. Operational variables. Pulsed disc. Liquids. Emulsification. |
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| 8 | مقاله | Revealing mass transfer and hydrodynamic effects in a PRDC column by using the integration of extraction and separation for molybdenum and tungsten ions from aqueous solution | Shakib, B. | Springer, | 2020 |
Chemical reaction.
Hydrodynamic characteristics. Mass transfer data. Molybdenum and tungsten. PRDC column. |
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| 9 | مقاله | Exact hydrodynamic description of pilot plant Oldshue-Rushton contactor: a case study with the introduction of selenium and tellurium into reaction system | Shakib, B. | Taylor and Francis Ltd, | 2020 |
Chemical reaction.
Oldshue-Rushton column. Selenium and tellurium. Solvent Extraction. Chlorine compounds. Distribution functions. Drops. Extraction. Hydrodynamics. Phase velocity. Pilot plants. Selenium compounds. Size distribution. Velocity. Chemical reaction systems. Dispersed phase hold-up. Drop size distribution. Hydrodynamic description. Hydrodynamic parameters. Operating parameters. Operating variables. Operational parameters. Tellurium compounds. |
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| 10 | مقاله | Mass transfer studies in RDC column by the coupling effects of perforated structure and reactive extraction of Mo(VI) and W(VI) from sulfate solution | Shakib, B. | Elsevier Ltd, | 2020 |
Chemical reaction.
Enhancement factor. Molybdenum and tungsten. Rotating disc contactor. Slip and characteristic velocities. Ammonium hydroxide. Complexation. Data mining. Mass transfer. Solvent extraction. Solvents. Sulfur compounds. Tungsten compounds. Characteristic velocities. Dimensionless analysis. Distribution coefficient. Extractant concentration. Hydroxide concentration. Mass transfer performance. Molybdenum compounds. |
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| 11 | مقاله | The performance of pulsed scale-up column for permeable of selenium and tellurium ions to organic phase, case study: Disc and doughnut structure | Shakib, B. | Elsevier B.V, | 2020 |
Axial diffusion model.
Doughnut column. Hydrodynamic parameters. Mass transfer coefficient. Pulsed disc. Solvent extraction. Extraction. Phase velocity. Selenium. Tellurium. Tellurium compounds. Velocity. Characteristic velocities. Column performance. Dispersed phase hold-up. Hydrochloric acid medium. Mass transfer rate. Operating condition. Overall mass transfer coefficient. Reactive extraction. Mass transfer. |
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| 12 | مقاله | Enhancing the vanadium extraction performance using synergistic mixtures of d2ehpa and tbp in rdc column with the perforated structure; case study: evaluation probability density functions | Shakib, B. | Elsevier B.V, | 2021 |
Drops.
Intelligent systems. Mixtures. Probability density function. Probability distributions. Rotating disks. Sulfur compounds. Uncertainty analysis. Agitation rates. Di(2-ethylhexyl)phosphoric acid. Di-2-ethylhexyl phosphoric acids. Drop size. Drop size distribution. Modified RDC column. Monte Carlo's simulation. Response-surface methodology. Tri-butyl phosphate. Vanadium(V) extraction. Monte Carlo methods. |
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| 13 | مقاله | Proficiency of tellurium extraction in pulsed disc and doughnut columns | Shakib, B. | Taylor and Francis Ltd, | 2021 |
Chlorine compounds.
Mass transfer. Selenium compounds. Tellurium compounds. Batch experiments. Chloride solutions. Continuous mode. Distribution coefficient. Mass transfer enhancement. Operating parameters. Schmidt numbers. Separation factors. Tellurium. |
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| 14 | مقاله | Exact hydrodynamic description of pilot plant Oldshue-Rushton contactor: a case study with the introduction of selenium and tellurium into reaction system | Shakib, B. | Taylor and Francis Ltd, | 2022 |
Chemical reaction.
Selenium and tellurium. Chlorine compounds. Distribution functions. Drops. Hydrodynamics. Phase velocity. Pilot plants. Selenium compounds. Size distribution. Solvent extraction. Solvents. Tellurium compounds. Velocity. Drop size. Drop size distribution. Hydrodynamic parameters. Oldshue-rushton column. Operating variables. Rushton. Selenia and tellurium. Selenium and. Slip velocity. Solvent phase. Chemical reactions. |
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| 15 | مقاله | Observational comparative study in Kühni and ORC agitated columns for the mechanism and performance of molybdenum extraction under various hydrodynamic conditions | Shakib, B. | Elsevier Ltd, | 2022 |
Solvent extraction.
Drops. Geometry. Hydrodynamics. Mass transfer. Metal ions. Molybdenum. Reaction rates. Size distribution. Solvents. Agitated column. Agitation rates. Dispersed phasis. Drop size distribution. Extraction columns. Hydrodynamic parameters. Kuhni column. ORC column. Reactive system. Slip velocity. |
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| 16 | مقاله | Reactive extraction evaluation for vanadium (V) removal in the MRDC column using axial dispersion and central composition approach | Shakib, B. | Springer, | 2022 |
Axial Dispersion Model.
Central Composition Approach. Modified Rotating Disc Column (MRDC) Monte Carlo Simulation. Vanadium (V) Extraction. |
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| 17 | مقاله | Reactive extraction of zinc ions in the Scheibel column; A case study by applying the mathematical modelling of mass transfer with forward mixing | Shakib, B. | Elsevier B.V, | 2021 |
Chlorine compounds.
Heavy metals. Mass transfer. Mixing. Solvent extraction. Agitation speed. Chemical reaction systems. Chloride solutions. Dispersed phasis. Extraction columns. Forward mixing model. Reactive extraction. Scheibel column. Zinc ions. Zn(II) extraction. Chemical reactions. |
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| 18 | مقاله | Experimental study and correlation for mass transfer coefficient in the pilot plant multistage column with the presence of molybdenum | Shakib, B. | Iranian Institute of Research and Development in Chemical Industries, | 2022 |
Mass transfer coefficients.
Molybdenum. Multistage column. Reactive extraction. |
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| 19 | مقاله | Performance evaluation during extraction technique in modified rotating disc column: Experimental and mathematical modeling | Shakib, B. | Elsevier B.V, | 2022 |
Chemical reaction system.
Mass transfer performance. Modified rotating disc column. Mixing. Solvent extraction. Chemical reaction systems. Disk column. Dispersed phasis. Extraction techniques. Forward mixing model. Mass-transfer coefficient. Mixing modelling. Modified rotating disk column. Rotating disc. Mass transfer. |
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| 20 | مقاله | An overview of sustainable energy development by using cogeneration technology and opportunity for improving process | Salehi, A. A. | John Wiley and Sons Ltd, | 2020 |
Cogeneration.
Nuclear industry. Sustainable energy. Water desalination. Cogeneration plants. Desalination. Economic and social effects. Energy efficiency. Environmental technology. Gas cooled reactors. High temperature gas reactors. Hydrogen production. Industrial emissions. Light water reactors. Nuclear energy. Nuclear fuels. Small nuclear reactors. Sustainable development. Water filtration. Alternative procedures. Cogeneration technologies. High temperature gas-cooled reactor (HTGR) Non-electric application. Operating temperature. Small modular reactors. Sustainable energy development. Sustainable energy sources. Nuclear power plants. |
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