adsorption

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adsorption

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[...]... applications to adsorption of super and sub-critical fluids in carbonaceous materials, such as graphitid thermal carbon black and activated carbon 1 Introduction Adsorption equilibria and kinetics are important for the proper design of adsorption processes The equilibria information of adsorption isotherm is clearly the first hand information that one needs to approximately size the adsorber Since the adsorption. .. Containing Basic Hydroxide Ions and NOx Adsorption- Desorption Process X W Lee, H J Kim, D K Choi, J W Park C H Lee and B K Na 579 Adsorption Characteristics of Nitrogen Compounds on Silica Surface H J Kim, C.-H Lee, X G Shul and W S Min 584 Adsorption Characteristics of VOCs on Mesoporous Sorbents W G Shim, M S Yang, J W Lee, S H Suh and H Moon 589 Molecular Simulation for Adsorption of Halocarbons in Zeolites... High-Temperature Adsorption of Hazardous Metal Chlorides Using Activated Kaolinite H C Yang, J S Yun, E J Cho and J H Kim 559 xvi Probing the Cut-Off for Intracrystalline Adsorption on Zeolites: Pore Mouth Adsorption R Ocakoglu, J E M Denayer, J A Martens, G B Marin and G I Baron ! 564 The Low-Temperature Sorption Behaviour of Cryosorbent Materials C Day and I Hauer ! 569 Thermal and Surface Mechanism Studies on Adsorption- Temperature... vapours, it is very important that we know the value of this adsorption affinity Experimentally this information can be obtained from careful experimentation of adsorption isotherm measured from very low pressure (where adsorption affinity can be calculated) to very high pressure where saturation capacity can be determined Alternatively, the adsorption affinity can be determined from some appropriate... ETS-10: Synthesis, Characterization and Adsorption for Heavy Metal Ions G X S Zhao, J L Lee and f? A Chia 324 Ordered Macroporous Materials Structurally Templated by Colloidal Microspheres Z Zhou, ? I and G X S Zhao C Ong -? 329 Adsorption of Nitrogen, Oxygen and Argon in Transition and Rare Earth Ion Exchanged Zeolites A and X R K Jasra, J Sebastian and C D Chudasama 334 Adsorption of Methylene Blue from... Separation of Oxygen-Argon Mixture by Pressure Swing Adsorption X Jin and S Farooq 344 Dual Reflux Pressure Swing Adsorption Cycle for G s Separation a and Purification A D Ebner and J A Ritter 349 Simulation of a Coupled MembranePSA Process for Gas Separation I A A C Esteves and J I! B Mota 354 I3CO and l2C0 Separation on Na-LSX using Pressure-Swing Adsorption at Low Temperatures J Izumi, N Fukuda,... and C.-H Lee 534 Temperature Programmed Adsorption ( P A ) of Various Hydrocarbons on Adsorbers of Honeycomb Type D J Kim, J E fie, E S Oh and J M Kim 539 Non-Isothermal Dynamic Adsorption and Reaction in Hydrocarbon Adsorber System D J Kim, W G Shim, J E Yie and H Moon 544 Sorption of U(V1) onto Granite: Kinetics and Reversibility M H Baik and P S Hahn 549 Adsorption of Uranium (VI) on Kaolinite:... Infinite Dilution Selectivity Measurements by G s Chromatography a S Gumma and 0 Talu 131 Adsorption Properties of Colloid-Imprinted Carbons M Jaroniec and 2.-J L i 136 On the Role of Water in the Process of Methyl Mercaptan Adsorption on Activated Carbons S Bashkova, A Bagreev and T J Bandosz 141 Studies on the Adsorption Properties of Ion-Exchanged Low Silica X Zeolite H Jiang, W Tang, J P Zhang, B... Furuya 249 In-Situ Characterization of Ion Adsorption at Biomimetic Airwater Interfaces T E Kim, G S Lee and D J Ahn 254 Single and Multi Component Adsorption of Volatile Organic Compounds onto High Silica Zeolites - Discussion of Adsorbed Solution Theory I? Monneyron, M -H Manero and J -N Foussard 259 Influence of VOCs Molecular Characteristics on Exothermicity of Adsorption onto Activated Carbon l Pre,... Field X Li, 2 Li, H X Xi and H Wang 620 Mixed-Gas Adsorption on Heterogeneous Substrates in the Presence of Lateral AD-AD Interactions A J Ramirez-Pastor, E M Bulnes and J L Riccardo 625 xvii Adsorption on Correlated Disordered Substrates R H Lopez, E M Bulnes, E Rojas, J L Riccardo and G Zgrablich 630 Temperature Effects on the Scaling Properties of Adsorption on Bivariate Heterogeneous Surfaces E

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Mục lục

  • 2 Tools of characterisation

    • 2.1 Grand canonical Monte Carlo simulation

    • 2. 2 Density Functional Theory (DFT)

    • 2.3 Molecular Layer Structure Layer Theory (MLST)

    • 2.2. Experiments: Dielectric Relaxation Spectroscopy

    • 3. Results

      • 3.1. Activated Carbon Fibers (Slit-Shaped Pores)

      • 5 Comparison of ZLC/PFG NMR Diffusivities

      • 6 Comparison of ZLC/Frequency Response Diffusivities

      • 7 Variation of Diffusivity with Chain Length of Linear Alkanes

      • 3.2 Other Rod-Type CMK Carbons

      • 2. Classical DFT calculation, classical GCMC simulation and effective potential for a quantum molecule

      • 3. Adsorption measurement below 30 K

      • 4. Quantum effect in Ne on AlPO4-5

      • 5. Micropore structures and quantum effect of SWNH

      • 6. Quantum molecular sieving effect of SWNH

      • Vapor Phase Isotherms and Heat of Adsorption

      • Fixed Bed Adsorption/Breakthrough Experiments

      • Molecular Orbital Computational Details

        • Natural Bond Orbital (NBO)

        • Models for Ag-Zeolite (AgZ) and Cu-Zeolite (CuZ)

        • Results and Discussion

          • Vapor Phase Adsorption

          • Benzene/Thiophene Adsorption Isotherms

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