|
" Encyclopedia of Membranes / Volume 2, F-N / Enrico Drioli, Lidietta Giorno - editors. "
Enrico Drioli, Lidietta Giorno - editors.
| Document Type
|
:
|
BL
|
| Record Number
|
:
|
735611
|
| Doc. No
|
:
|
b555452
|
| Main Entry
|
:
|
Enrico Drioli, Lidietta Giorno - editors.
|
| Title & Author
|
:
|
Encyclopedia of Membranes / Volume 2, F-N / Enrico Drioli, Lidietta Giorno - editors.\ Enrico Drioli, Lidietta Giorno - editors.
|
| Publication Statement
|
:
|
Berlin ; Heidelberg: Springer, [2016] ©2016
|
| Series Statement
|
:
|
Springer Reference
|
| Page. NO
|
:
|
xl Seiten, Seite 762-1420. : Illustrationen, Diagramme
|
| ISBN
|
:
|
3662443236
|
|
|
:
|
: 9783662443231
|
| Contents
|
:
|
* 3D-Imaging Methods for Membranes* Ab initio calculation* Acetic acid dehydration by pervaporation zeolite membranes* Acetic acid dehydration by PV* Acetic acid dehydration by PV on charged membranes* Acid Gas: Effect on Membrane Properties* Activity coefficient* Acute kidney injury (AKI)* Addition norbornene polymers-based membrane materials* adhesion to membrane surfaces* Adsorption to Membrane Surfaces* Advanced oxidation process (AOP) by membrane reactors* Advanced oxidation processes (AOPs) and membrane operations* Aerobic membrane bioreactor* Affinity membranes* Affinity membranes for adsorptive separation process* Affinity membranes for purification of enzymes* AFFINITY SEPARATION AND CRYSTALLIZATION OF Fc FRAGMENTS* Aged Carbon Membrane* Air bubbling in membrane distillation* Air dehydration by membrane technology* Air enrichment, by polymeric magnetic membranes* Air gap membrane distillation (AGMD)* Air Gap Membrane Distillation (AGMD), Applications of* Air products* Air separation* Al2O3 porous membranes* Alamine 336* Albumin Purification with Affinity Membranes* Alcohol and Water Separation* Alcohol removal by membrane operations* Alginate* Aligned carbon nanotube* Alkali Fuel Cells (AFC)* Alkane and Alkene Separation by Membrane Operations* Alkane oxidative dehydrogenation by membrane reactor* Alumina membranes* Americium Separation by Membrane Operation* Ammonia decomposition in catalytic membrane reactors< * Amorphous fluoropolymers* Amorphous Perfluoropolymers* Amorphous Polymers and the Amorphous Region* Amphiphilic Membrane* Amphiphilic molecules* Amphoteric ion exchange membrane* Analytical pervaporation* Anion-Exchange Membrane (AEM)* Anion-exchange resin* Annealing of Polymer Membranes* Antibiological fouling surface* Antibiotic Production by Membrane Operations* Antifouling membrane surface* Antimicrobial activity* Antimicrobial membrane* Antimicrobial properties of membranes* Antioxidants recovery by integrated membrane operations* Antioxidants recovery by membranes* Antisolvent membrane crystallization* Antoine equation* Apple juice and membrane operations* Application of FEEM to monitoring membrane fouling* Aptamers* Aptamers membrane functionalization* Aptamers screening* Aquaporin incorporated biomimetic membranes* Aquaporins (AQPs) water channels* Aromatic and Non-aromatic Separation by Membrane Operations* Artificial blood cell* Artificial Brain biohybrid membrane system* Artificial kidney* Artificial liver, membrane operations* Artificial lung* Asymmetric ceramic hollow fiber membranes* Asymmetric hollow fiber membranes* Asymmetric membrane* Atomic force microscopy (AFM)* Atomistic simulations methods* Autothermal reforming* Azeotropic distillation* Backwashing* Backwashing frequency* Bacteria and spores removal* Bacterial Biofilm Formation* Barium Sulphate (BaSO4), Fouling Due to* Basic electrochemical relations in membrane process* Batch diafiltration* Bed-to-wall mass transfer limitations* Beer clarification* Beer Dealcoholization* Beer maturation* Benzene and Cyclohexane Separation* benzyl modified cellulose* Bilberry aroma recovery by pervaporation* Bimetallic electrocatalyst for fuel cells* Bioacidal graphene oxide nanosheets* Bioactive Compounds* bioadhesion to membrane surface* Bioartificial liver* Bioartificial liver support system (BLSS)* Bioartificial organs and tissue* Bioartificial Organs, Membrane Operations of* Bioartificial synthetic membrane* Biobutanol Recovery from Biomass Fermentation Broth* Biocatalyst recycling by membrane operations* Biocatalytic and Biochemical Membrane Reactor* Biocatalytic hollow fiber membrane reactor* Biocatalytic membrane* Biocatalytic Membrane Reactor, Mass Transport in* Biocatalytic Membrane Reactor, Modeling of* Biocatalytic membrane reactors (BMR) with Biocatal* Biocatalytic membrane reactors with chemically bou* Biocatalytic membrane reactors with site-specific immobilized enzyme* Biochemical conversion* Biochemical membrane reactor* Biochemical processing* Biochemical recovery* Biocidial and Self-polishing Surfaces* Biodegradable membrane* Biodegradable organic matter* Biodegradable Polymer for Membranes* Biodegradation* Bioelectrochemical MBR* Biofuel* Biofuel production by membrane operations* Biofuel separation by membranes* Biogas* Biogas production* Biogas recovery* Biogas upgrading* Biogas upgrading by membrane processes* Biohybrid artificial liver (BAL)* Biohybrid artificial liver (BAL) systems* Biohybrid membrane systems* Bioinspired membranes* Biointerface* biological membrane* Biomaterial* Biomimetic membrane approach* Biomimetic membranes* bioreactor membrane* Biorefinery* Biorefinery with Membrane Operations* Bio-Refractory Pollutants* Biosensor-based Membrane* Biosurfactant* Biosurfactant production* Biphasic biocatalytic membrane reactors* Blending modification of membranes* Block Copolymer Membrane* Blood cell origins* Blood filtration* Blood separation* Blood treatment membrane<* Blowdown Water* Blu energy* Bore Liquid: Solvent and Non-solvent<* Boric acid separation by membrane contactor* Boron reduction* Boron removal by electrodialysis* Boron removal by reverse osmosis* Boron removal with ion-exchange membranes* Breaktrough pressure* Buffer displacement in diafiltration* Buffer flush in diafiltration* Bulk biotech industry* Bulk liquid membrane* Butanol-Water Mixtures: Separation by Pervaporation* Cadmium separation by liquid membranes* Cadmium separation by NF* Cadmium, Recovery of* Capillary* Capillary flow* Capillary force* Capillary membrane module* Capillary Membranes* Capillary tubes* Carbon capture and storage (CCS)* Carbon Clothes in Fuel Cells* Carbon dioxide (CO2) separation by membranes* Carbon membrane* Carbon nanotube membranes (CNT membranes)* Carbon Porous Membranes Modified with Enzymes* Carman-Kozeny equation* Carrier mediated transport* Cascade diafiltration* Cassie-Baxter model* Casting* Casting solution * Casting solution additives* Catalyst Entrapment* Catalyst Immobilization in Membranes* Catalyst Loading* Catalyst Retention by Membranes* Catalytic (Pt-Y) Membranes* Catalytic Crystals* Catalytic Membranes* Catalytic methanol steam reforming* Catalytic Reactions, Membrane Operations of* Catalytic reformer off-gas* Catalytic reforming of methane and other hydrocarb* Catalytic wall reactor* Catalytically modified (activated)
|
|
|
:
|
MIEC membranes* Cell adhesion* Cell adhesion in artificial organs* Cell culture* Cell encapsulation* Cell recycle membrane fermentor* Cell separation* Cellophane* Cellophane Membranes* Cellular membranes* Cellulase in Membrane Bioreactors* Cellulose Derivatives* Central Nervous System in Relation to Membranes* Ceramic membranes* Ceramic Membranes for Pervaporation* Ceramic Multilayer Membranes* Ceramic supported polymer-composite membranes in p* CH4/N2 separation* CHA zeolite membrane* Characterization of porous and dense membranes* Charged ultrafiltration membrane * Chemical and electrochemical equilibrium in membra* Chemical Binding of Biomolecules to Membranes* Chemical cleaning of membranes* Chemical industry and membrane operations* Chemical looping* Chemical membrane reactors* Chemical Pre-treatment* Chemical Vapor Deposition* Chemometrics* Chiral Drug Separation by Membranes* Chlorination process* Chlorine-resistant polymeric membranes* Chloromethylation and ammination of polymers (for AEM)* Chromium transport through ion exchange membranes* Citric Acid Recovery by Electrodialysis* Cleaning Cycles of Fouled Membranes* Cleaning Effectiveness* Cleaning Efficiency* Cleaning-in-place (CIP) Systems* Closed loop cascade diafiltration* CO selective oxidation* Coacervation* Coagulation Bath* Coagulation Medium* Cobalt removal and recovery by supported liquid membranes* Cobalt Removal and Recovery with Strip Dispersion* Cold plasma* Complexation-ultrafiltration Process for Heavy Metal Removal from Effluents* Composite Membrane with Inorganic Fillers: Electrolyser Application* Composite Membrane with Inorganic Fillers: Fuel Cell Application* Computational fluid dynamics (CFD) and membranes* Computer-aided methods and tools* Computer-aided models* Concentration polarization coefficient (CPC)* Concentration polarization in gas separation* Concentration profile* Constant-volume diafiltration* Contactor-type catalytic membrane reactor* Continuous Diafiltration: Co-current and Counter Current Modes* Continuous Electrodeionization* Continuous Stirred Tank Membrane Reactor (CST-MR)* Controlled delivery* Controlled drug release* Controlled release* Controlled release by membrane* Controlled release kinetics* Controlled-release dose* Convective Transport* Conventional Pre-treatment of Water* Copolyimide Precursors* Copper Removal and Recovery by Supported Liquid Membranes* Corrosion* Co-sintering method for ceramic membrane preparation* Cost Effective Gas Separations* Critical Flux* Cross-flow Filtration* Cross-flow membrane module* Cross-link* Cross-linkable copolymer membranes* Crosslinked aromatic polyamide membranes<* Crosslinked LbL layers membranes* Crosslinked Poly(ethyleneoxide) Membranes* Cross-linked polyamide membranes* Crown Ethers* Cryogels* Crystal Grow* Crystal nucleation* Crystal Polymorphism* Crystal Purity* Crystal quartz microbalance* Crystal quartz microbalance for protein adsorption measurement* Crystal seeding* Crystallization* Crystallizing solution* Cut Off Membrane* Cyclodestrin in Membranes* Cyclodextrins* Dead-end Filtration* Dealcoholization by pervaporation* Decatungstate, Catalytic Membrane Containing* Dechlorination process* Definition of various membrane processes* Dehumidification of Atmospheric Air by Membrane Technology* Dehydratation of solvents with membranes* Dehydration* Dehydrogenation Reactions* Dehydroisomerization of n-butane to iso butene* Deionization by Membrane Operations* Dense membranes* Density Functional Theory Modeling of Membrane Systems* Design of Experiment (DOE)* Diafiltration* Diafiltration Factor* Dialysis* Dielectric Exclusion Model in Membranes* Dielectric Permittivity* Differential Scanning Calorimetry in Membrane Characterization* Diffusion coefficient* Diffusion Dialysis* Diffusion in Membranes* Diffusive flow* Diffusivity* Digitized structure model* Diluant* Dip-coating method for ceramic membrane preparation* Direct Fluorination of Polymer Membranes: Gas Separation Properties* Direct membrane emulsification* Direct methanol fuel cell (DMFC)* Direct-contact membrane distillation (DCMD)* Direct-contact Membrane Distillation (DCMD) Applications* Discontinuous diafiltration by sequantial dilution (sequential dilution diafiltration)* Discontinuous Diafiltration by Volume Reduction (Intermittent Feed Diafiltration)* Dissolved Oxygen (DO) in Water by Membrane Operations, Removal of* Donnan effect* Donnan equilibrium* Donnan Potential* Donnan Steric Pore (DSP) and Dielectric Exclusion* Dope Solution* Double Emulsion* Double Emulsion Production, Membrane Operations of* Drinking Water Treatment* Drople Size* Drug Delivery by Membrane Operations* Drug Delivery, Application of * Drug Permeability* Drug Release* Dry Spinning* DSP & DE Model Applications* Dual mode sorption model* Durability of membrane (Lifetime of membrane)* DuraMem (TM) membrane* Dusty gas model (DGM)* Dynamic Free Volume* Dynamic Mechanical Analysis* Dynamic membrane emulsification* Dynamic Membrane Microfiltration* Dynamic Optimization of Membrane Operation* Dynamic-Volume Diafiltration* Ease of Expansion in Gas Separation* Effective Diffusivity* Effectiveness Factor* Elctro-Oxidation* Electrical Double Layer* Electrical Interactions in Membranes* Electrical Potential* Electrical work in membranes* Electrically enhanced processes by membrane operations* Electro Osmosis* Electrochemical Processing* Electrochemical Regeneration* Electrochemistry* Electrodeionization* Electrodialysis* Electrodialysis with bipolar membranes* Electrodriven Membrane Processes* Electro-Fenton Process* Electrofiltration* Electrolysers* Electromembrane* Electromembrane Processes* Electroosmosis* Electroosmotic Drag in Membranes* Electrophoresis* Electrophoretic Deposition* Electrophoretic Mobility* Electrophoretic Painting* Electrospun Nanofibers for Water and Wastewater Treatment Applications* Electrospun Nanofibre Membrane for Biosensors* Electrospun Nanofibrous Membranes* Electrospun Polyethersulfone Nanofiber Membranes* Embryonic Stem (ES) Cell<* Emulsification* Emulsification by Membrane Operations* Emulsifier* Emulsion* Emulsion Characterization* Emulsion liquid membrane (ELM)* Emulsion Liquid Membrane for Wastewater Treatment* Emulsion Pertraction Technology for Zinc Recovery* Emulsion Rupture by Membranes* Emulsion Separation by Membranes* Emulsion
|
|
|
:
|
Treatment with Membranes* Emulsions' Drop Size Distribution, Measurement of* Enantiocatalytic Membrane* Enantiomer discrimination (Enantioselectivity)* Enantiomers* Enantiomers Production by Membrane Operations* Enantiomers Separation by Membrane Operations* Enantioselective Membrane* Enantioselective Separations, Membrane Operations* Enantioselective Synthesis* Enantioselective Synthesis by Membrane Operations* Enantioselective Transport of Amino Acids by Membrane Operations* Enantioselectivity* Enantiospecificity* Encapsulation* Encapsulation Application* Encapsulation Efficiency* Encapsulation techniques* Enhanced Oil Recovery (EOR)* Environmental Friendly Solvents and Diluents* Enzymatic (Peroxidase) Membrane Bioreactor* Enzymatic Membrane Reactor (EMR)* Enzymatic Membrane Reactor in Supercritical CO2* Enzymatic Ultra-Filtration Membranes (Immobilization of Urease and Trypsin)* Enzymatic Ultra-Filtration Membranes: Immobilization of Urease and Trypsin* Enzyme compartimentalization* Enzymes immobilized on lumen* Ethanol Production by Continuous Fermentation-Pervaporation* Ethanol-Water Mixtures: Separation by Pervaporatio* Ethyl Cellulose (EC) Membrane* Ethylene off-gas* Ethylene production by membrane operations* Ethylene/ethane separation by membranes* Evapomeation (EV)* Evaporation Casting* External Coagulant in Fiber Preparation* Extra Cellular Polymer Substance (EPS)* Extracorporeal Blood Oxygenation Devices, Membranes for* Extraction Index* Extremofilies* Extremozymes* Facilitated Pervaporation* Facilitated Transport* Fat Hydrolysis, Membrane Operations of* Fat Processing, Membrane Operations of* Faujasite* Feed pressure* Fenton Test* Fiber models* FIB-SEM Tomography* Fick's Laws* Filler in Membranes* Finger-like structure* Fixed carrier membrane* Fixed-bed catalytic reactor* Fixed-Site (Chained-Carrier) Membranes* Flat Sheet Membrane Photocatalytic Reactor* Flavanoids separation* Flexibility in gas separation* Fluidized bed membrane reactors* Fluorescence* Fluorescence excitation-emission matrix (EEM)* Fluxes and driving forces in membrane separation p* Food Packaging, Membranes for* Food Processing by Membrane Operations* Formulation by membrane emulsification* Forward osmosis (FO)* Forward osmosis membrane reactor* Fossil fuels processing by membrane operations* Fouling* Fouling due to Calcium Phosphate* Fouling index* Fouling release* Fouling release membranes* Fractional free volume (FFV)* Fractionation of fish protein hydrolysates* Fractionation of Milk by Membrane Operations* Fractionation of Whey by Membrane Operations* Fractionation of White Wine Proteins by Membrane Operations* Free diffusion* Free NaA stabilised sodalite (SOD)* Free protons in solid heteropoly compounds* Free volume distribution* Free volume element* Free volume estimation* Free volume model* Freundlich isotherm* Fruit juice processing by integrated membrane operations* Fuel cell components* Fuel cell membrane* Fuel cells applications* Functionalized membrane* Galacto-oligosaccarides* Galacto-oligosaccarides membrane reactor* Galacto-oligosaccarides Production by Membrane Operations* Gas diffusion electrode (GDE)* Gas diffusion layer (GDL)* Gas permeation unit * Gas permeation: permeability, permeance, separation factor* Gas Separation* Gas Separation by Membrane Operations* Gas Separation Membranes: High-temperature Glass Joining and Sealing* Gas/vapor transport* Gases in Membranes, Solubility of* Gas-liquid membrane contactor* Genotoxins removal<* Germanium recovery by ion exchange membranes* Glass transition temperature (Tg)* Glass transition temperature depression* Glassy membranes* Glassy polymer* Global Optimization of Membrane Processes* Gluconic acid production in hybrid system membrane bioreactor with ED* Glucosidase in membrane bioreactor* Gold recovery by supported liquid membranes* Graft polymerization* Grain models* Granular media pretreatment filtration* Graphene membranes* H2 permeation through Pd-based membranes* Hairy superhydrophobic surface* Halar* Halophiles* Heat and mass transfer in membrane distillation* Heavy Metal Recovery by Chelating Agents and Membranes* Heavy metal recovery by membrane operations* Heavy Metal Recovery by Polymer Enhanced UF* Hemodialysis (HD) membranes* Hesavalent Chromium Separation by Supported Liquid Membranes* Heterogeneous Ion-Exchange Membranes* Heterogenization or immobilization of a catalyst* Heteropolyacids* Heteropolyacids Composite Membranes* High free volume polymer* high pressure electrolysis* High Selective Carbon Membranes* high temperature electrolysis* Higher (C3+) hydrocarbons removal* Highly permeable polyimides* High-rejection seawater reverse osmosis membrane* High-throughput membrane technology* Hollow fiber* Hollow Fiber Carbon Molecular Sieve Membranes* Hollow fiber liquid membrane* Hollow fiber spinning* Hollow Fibre Enzimatic Reactor, Modeling of* Hollow fibre membrane bioreactor for cell growth* Hollow fibre membrane module* Hollow fibre modules for desalination* Homogeneous Anion-Exchange Membranes* Honeycomb ceramic membranes* Honeycomb Membrane Structure* Hybrid membranes* Hybrid modeling of membrane biofilm reactors* Hybrid organic-inorganic nanostructured membranes* Hybrid processes* Hybrid regenerated cellulose/loaded lipid nanoparticles membranes: preparation and characterization* Hybrid silica membranes* Hydrocarbon branching* Hydrogel* Hydrogel capsules* Hydrogel membranes* hydrogel nanoparticles* Hydrogen from bioethanol* Hydrogen production by membrane reactors* Hydrogen production by water splitting* Hydrogen removal by membranes* Hydrogen selective membranes* Hydrogenization Contactors and Reactors* Hydrophilic Membranes* Hydrophilic modification* Hydrophilicity* Hydrophobic Membranes* Hydrophobic-hydrophilic interaction* Hydrophobicity* Hydroprocessor purge gases* Hydrothermal stability of zeolite* Hydrothermal synthesis of zeolite* Hydroxylation of benzene to phenol by membrane con* hydroxypropyl cellulose (HPC) membrane* Hyflon (R) AD* Hyflon (R) AD membranes* Hyperbranched Polyimide Membranes, Preparation and Characterization of* Hyperbranched polyimides* Hyperthermophiles* Ideal gas selectivity* Ideal separation factor* IgG purification* Immersion casting* Immuno-affinity membranes* Impedance spectroscopy* Impedance spectroscopy, membrane characterization by* Imprinted Composite Membranes* Imprinted Polysulfone-Aldehyde Derivatized Nanofiber
|
|
|
:
|
Membranes* Imprinting* Inert Membrane* Inert membrane reactors* Inhibition Coefficient (IC)* Inhibition of hydrogen permeation through Pd-based membranes by CO* Inhibition to permeation* Inorganic acids recovery by nanofiltration* Inorganic catalytic membrane* Inorganic composite membrane preparation* Inorganic scaling* Integrated membrane processes for biofuel production* Intermittent feed diafiltration* Intrinsic activation energy* Ion Beam Irradiation* Ion exchange membrane for fuel cells* Ion exchange membrane preparation* ion exchange membranes in chlor-alkaly process* Ion-exchange membranes* Ion-Exchange Membranes Characterization* Iron Oxides-Polymer Composite Membranes* Irreversible flux decline* Irreversible fouling* Irreversible fouling resistance* Isotherm palladium phase diagram* Isotope Separation, Membrane for* Keggin structure* Kinetic study in bulk liquid membranes* Knudsen diffusion* Lamellar copolymers* Langerhans islet* Langmuir and Langmuir-Blodgett (LB) films* Layer-by-layer (LBL) method* Layer-by-layer self-assembly membrane* Leather industry* Leather Industry, Degreasing* Leather Industry, Soaking* Leather Industry, Unhairing-Liming* Leather processing, chromium recovery* Leather processing, deliming-bating* Lipid coverage of a regenerated cellulose membrane: effect on ion transport* Liquid Chromatography- Organic Carbon detection (L* Liquid Crystal Polymer Membranes* Liquid entry pressure (LEP or LEPw)* Liquid membrane separation* Liquid permeability* Lotus effect* Low Fouling Membranes* LTA zeolite membranes* LTA zeolite membranes in pervaporation* Macrocapsules* Macroporous, mesoporous and microporous membranes* Macrosolute* Magnetic membranes* Magnetic nanoparticles* Magnetically Responsive Membranes* Maleic anhydride production by membrane reactor* Manganese removal by liquid membranes* Mass intensity* Mass of immobilized enzyme* Mass transport equations* Materials and Structures of Synthetic Membranes* Mathematical description of mass transport in membranes* Matrimid (R) membranes* Mechanical cleaning* Melt spinning* Membrane (Definition, Function, Structure)* Membrane aging* Membrane air stripping (MAS) process* Membrane Artificial Organs* Membrane Based Desalination* Membrane based solvent extraction* Membrane bioartificial organs* Membrane biocompatibility* Membrane biomaterial* Membrane bioreactor for decentralized wastewater treatment: a case study* Membrane bioreactor using extremofilies* Membrane bioreactors* Membrane bioreactors for cell growth* membrane bioreactors for treatment of tannery effluents* Membrane bioreactors with biocatalyst segregated in the membrane module* Membrane bioreactors with membrane used as a separ* Membrane biosorption* membrane biotechnology* Membrane capacitive deionization* Membrane charge* Membrane charge (zeta potential) effect* Membrane charge characterization* Membrane collapsing* Membrane compaction* Membrane Condenser* Membrane Contactor (MC)* Membrane Crystallization (MCr)* Membrane Crystallization in Pharmaceuticals, Application of* Membrane Distillation (MD)* Membrane distillation applications* Membrane Distillation Bioreactor (MDBR)* Membrane distributor* Membrane Dryer* Membrane emulsification* Membrane emulsification and biotechnological appli* membrane emulsification and chemical applications* Membrane emulsification and food applications* Membrane emulsification and pharmaceutical applications* Membrane emulsification applications* Membrane emulsification in phase separation for microcapsules preparation* Membrane emulsification modeling* Membrane emulsification principles* Membrane engineering* Membrane Extractor as a Configuration of Membrane Reactor* Membrane filtration in biorefinery* Membrane fouling during wine processing* Membrane Micro Reactor* Membrane micrograph* Membrane modification using dextran for colloid separation* Membrane morphology* Membrane preparation techniques* Membrane pre-treatment* Membrane reactor equilibrium conversion* Membrane roughness* Membrane rugosity* Membrane separation of inorganic acids* Membrane stripping* Membrane swelling* Membrane topography* membrane use in biodiesel production from microalgae* Membrane wettability* Membrane-based heat and moisture recovery* membrane-based liquid desiccant air dehumidification* Membrane-cryogenic hybrid processes* Membranes for blue energy* Membranes for CO2 capture from flue gas* Membranes for Natural Gas Sweetening* Membranes for seawater desalination* Membranes for solvents dewatering* Membranes in nuclear waste treatment* Membranes in the Chlor-Alkali Industry* Membranes used for membrane emulsification* Mesophilic organisms* Mesoscopic Transport Simulation* Metal Removal and Recovery by Supported Liquid Mem* Metal-organic frameworks (MOFs)* Metathesis norbornene polymers-based membrane materials* Micro scale modelling and membranes< * Microalgae concentration* Microcapsules* Microcapsules membranes* Microcapsules Production by Membrane Operations* Microchannel emulsification* Microfiltration (MF)* Microfiltration Membrane* Microsolute* Microwave synthesis of zeolite membranes* Milk fat hydrolysis* Milk microfiltration* Milk Protein, UF Application of * Mineralization* Mixed conducting membranes* mixing index* Mobile carrier* Modified cellophane membrane* Modified cellulose* Modularity* Molecular dynamics in membranes* Molecular recognition* Molecular Weight Cut-off* Molecularly imprinted membranes* Monitoring NOM-based fouling* Monolithic Membranes* Monolithic Reactor * Mono-Valent Cation Selective Ion Exchange Membranes* Mordenite membrane* Mordenite membrane in pervaporation* Mosaic membranes* Multi-effect membrane distillation* Multielectron redox catalysts* Multilayered Thin-Film Composite Membranes* Multivariate analyses* Multivariate image analysis (MIA)* Nanclays* Nanocomposite membranes* Nanofiber* Nanofibrus microfiltration membranes* Nanofiltration* Nanofiltration (transport phenomena)* Nanofiltration for reuse of Sharpless catalytic systems* Nanofiltration in Textile Industry* Nanofiltration Membranes* Nanotechnology Membrane* Natural gas sweetening* Natural Organic Matter (NOM)* Natural Organic Matter, Removal and Fouling of* NAY membrane for gas and vapour separation* n-butane dehydrogenation by membrane reactor* N-butane oxidative dehydrogenation by membrane reactor* n-C4H10/CH4 separation* Nelf model* Neuronal
|
|
|
:
|
regeneration* NF membrane characterization methods* Nichel recovery by liquid membrane* Nickel, Recovery of* * NOM-based membrane fouling* Non linear programming* Non-cellulosic Membranes* Non-covalent binding for polymer surface modification* Non-fluorinated Membranes: Fuel Cell Applications* Non-linear Regression: Levenberg-Marquardt Method* Non-solvent induced phase separation process (NIPS) for membrane preparation* Nox Effect on Membrane Properties* Nuclear Science and Technology, Membrane in* Nuclear Waste Processing: Pressure Driven Membrane Processes* Nuclear Waste Processing: Supported Liquid Membranes* Nuclear Waste Processing: Thermal Processes* Nucleation sta
|
| Added Entry
|
:
|
Enrico Drioli
|
|
|
:
|
Lidietta Giorno
|
| |