PUBLICACIÓN

Low-cost disordered carbons for Li/S batteries: A high-performance carbon with dual porosity derived from cherry pits

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Hernandez-Rentero C., Cordoba R., Moreno N., Caballero A., Morales J., Olivares-Marin M., Gomez-Serrano V.

2018 Nano Research

Electrical and Electronic Engineering (Q1), Materials Science (miscellaneous) (Q1), Nanoscience and Nanotechnology (Q1)

JCR: 8.515

SJR: 2.744

CITAS

95

DOI

10.1007/s12274-017-1608-1

EID

2-s2.0-85020235653

ISSN

1998-0124

EISSN

1998-0000

BIBTEX

@ARTICLE{Hernández-Rentero201889, author= {Hernández-Rentero, C. and Córdoba, R. and Moreno, N. and Caballero, A. and Morales, J. and Olivares-Marín, M. and Gómez-Serrano, V.}, title= {Low-cost disordered carbons for Li/S batteries: A high-performance carbon with dual porosity derived from cherry pits}, journal= {Nano Research}, year= {2018}, volume= {11}, number= {1}, pages= {89-100}, doi= {10.1007/s12274-017-1608-1}, note= {cited By 0}, url= {https://www.scopus.com/inward/record.uri?eid=2-s2.0-85020235653&doi=10.1007%2fs12274-017-1608-1&partnerID=40&md5=2b5ade2c82b89ae0348f58e1e3ba56cd}, document_type= {Article}, source= {Scopus}}

AUTORES DE LA UEX

Mara Olivares Marín

OTRAS PUBLICACIONES DE INTERÉS

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Surface Chemistry Of Cherry Stone-Derived Activated Carbon Prepared By H3po4 Activation
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Carbonaceous Adsorbents From Polymers-Rubber And Plastic Wastes For Adsorption Of Methylene Blue
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Surface Morphological Characterization Of Activated Carbon-Metal (Hydr)oxide Composites: Some Insights Into The Role Of The Precursor Chemistry In Aqueous Solution
Organic Polyradicals As Redox Mediators: Effect Of Intramolecular Radical Interactions On Their Efficiency
Surface Morphological Characterization Of Activated Carbon-Metal (Hydr)oxide Composites: Some Insights Into The Role Of The Precursor Chemistry In Aqueous Solution
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
Surface Morphological Characterization Of Activated Carbon-Metal (Hydr)oxide Composites: Some Insights Into The Role Of The Precursor Chemistry In Aqueous Solution
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
Combined Influence Of Meso- And Macroporosity Of Soft-Hard Templated Carbon Electrodes On The Performance Of Li-O2 Cells With Different Configurations
Magnetic Behavior Of Carbon Materials Made From Biomass By Fe-Assisted Hydrothermal Carbonization
Combined Influence Of Meso- And Macroporosity Of Soft-Hard Templated Carbon Electrodes On The Performance Of Li-O2 Cells With Different Configurations
Hydrocarbonization. Does It Worth To Be Called A Pretreatment?
Combined Influence Of Meso- And Macroporosity Of Soft-Hard Templated Carbon Electrodes On The Performance Of Li-O2 Cells With Different Configurations
Hydrocarbonization. Does It Worth To Be Called A Pretreatment?
Activated Carbon Surface Chemistry: Changes Upon Impregnation With Al(Iii), Fe(Iii) And Zn(Ii)-Metal Oxide Catalyst Precursors From No3− Aqueous Solutions
Hydrocarbonization. Does It Worth To Be Called A Pretreatment?
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Charcoal As A Bacteriological Adherent For Biomethanation Of Organic Wastes
Activated Carbon Surface Chemistry: Changes Upon Impregnation With Al(Iii), Fe(Iii) And Zn(Ii)-Metal Oxide Catalyst Precursors From No3− Aqueous Solutions
Charcoal As A Bacteriological Adherent For Biomethanation Of Organic Wastes
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Method For Promoting In-Situ Hydrochar Porosity In Hydrothermal Carbonization Of Almond Shells With Air Activation
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Tailoring Oxygen Redox Reactions In Ionic Liquid Based Li/o 2 Batteries By Means Of The Li + Dopant Concentration
Method For Promoting In-Situ Hydrochar Porosity In Hydrothermal Carbonization Of Almond Shells With Air Activation
Tailoring Oxygen Redox Reactions In Ionic Liquid Based Li/o 2 Batteries By Means Of The Li + Dopant Concentration
Low-Cost Disordered Carbons For Li/s Batteries: A High-Performance Carbon With Dual Porosity Derived From Cherry Pits
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Low-Cost Disordered Carbons For Li/s Batteries: A High-Performance Carbon With Dual Porosity Derived From Cherry Pits
Studies Of Lithium-Oxygen Battery Electrodes By Energy- Dependent Full-Field Transmission Soft X-Ray Microscopy
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Activated Carbon From Cherry Stones By Chemical Activation: Influence Of The Impregnation Method On Porous Structure
Preparation And Characterization Of Zro2/y2o3/al2o3-Based Microstructured Multilayer Sol–gel Coatings
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Preparation And Characterization Of Zro2/y2o3/al2o3-Based Microstructured Multilayer Sol–gel Coatings
Potassium Salts As Electrolyte Additives In Lithium-Oxygen Batteries
Discharge Products Of Ionic Liquid-Based Li-O2 Batteries Observed By Energy Dependent Soft X-Ray Transmission Microscopy
Potassium Salts As Electrolyte Additives In Lithium-Oxygen Batteries
Discharge Products Of Ionic Liquid-Based Li-O2 Batteries Observed By Energy Dependent Soft X-Ray Transmission Microscopy
Influence Of Texture In Hybrid Carbon-Phosphomolybdic Acid Materials On Their Performance As Electrodes In Supercapacitors
Discharge Products Of Ionic Liquid-Based Li-O2 Batteries Observed By Energy Dependent Soft X-Ray Transmission Microscopy
Influence Of Texture In Hybrid Carbon-Phosphomolybdic Acid Materials On Their Performance As Electrodes In Supercapacitors
Preparation Of Activated Carbon-Metal (Hydr)oxide Photocatalysts Under Different Heating Conditions: Chemical Aspects
Influence Of Texture In Hybrid Carbon-Phosphomolybdic Acid Materials On Their Performance As Electrodes In Supercapacitors
Preparation Of Activated Carbon-Metal (Hydr)oxide Photocatalysts Under Different Heating Conditions: Chemical Aspects
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Preparation Of Activated Carbon-Metal (Hydr)oxide Photocatalysts Under Different Heating Conditions: Chemical Aspects
Adsorption Of Phenol From Aqueous Solution By Activated Carbons Derived From Cherry Stones
Preparation Of High-Quality Activated Carbon From Polyethyleneterephthalate (Pet) Bottle Waste. Its Use In The Removal Of Pollutants In Aqueous Solution
Adsorption Of Phenol From Aqueous Solution By Activated Carbons Derived From Cherry Stones
Preparation Of High-Quality Activated Carbon From Polyethyleneterephthalate (Pet) Bottle Waste. Its Use In The Removal Of Pollutants In Aqueous Solution
Physico-Chemical Characterization Of Activated Carbon–metal Oxide Photocatalysts By Immersion Calorimetry In Benzene And Water
Preparation Of High-Quality Activated Carbon From Polyethyleneterephthalate (Pet) Bottle Waste. Its Use In The Removal Of Pollutants In Aqueous Solution
Physico-Chemical Characterization Of Activated Carbon–metal Oxide Photocatalysts By Immersion Calorimetry In Benzene And Water
Preparation Of Activated Carbon-Sno2, Tio2, And Wo3 Catalysts. Study By Ft-Ir Spectroscopy
Physico-Chemical Characterization Of Activated Carbon–metal Oxide Photocatalysts By Immersion Calorimetry In Benzene And Water
Preparation Of Activated Carbon-Sno2, Tio2, And Wo3 Catalysts. Study By Ft-Ir Spectroscopy
Particle Size Distribution And Morphological Changes In Activated Carbon-Metal Oxide Hybrid Catalysts Prepared Under Different Heating Conditions
Preparation Of Activated Carbon-Sno2, Tio2, And Wo3 Catalysts. Study By Ft-Ir Spectroscopy
Particle Size Distribution And Morphological Changes In Activated Carbon-Metal Oxide Hybrid Catalysts Prepared Under Different Heating Conditions
Temperature Dependence Of Dc Electrical Conductivity Of Activated Carbon-Metal Oxide Nanocomposites. Some Insight Into Conduction Mechanisms
Particle Size Distribution And Morphological Changes In Activated Carbon-Metal Oxide Hybrid Catalysts Prepared Under Different Heating Conditions
Temperature Dependence Of Dc Electrical Conductivity Of Activated Carbon-Metal Oxide Nanocomposites. Some Insight Into Conduction Mechanisms
Electrical Conductivity Of Metal (Hydr)oxide-Activated Carbon Composites Under Compression. A Comparison Study
Temperature Dependence Of Dc Electrical Conductivity Of Activated Carbon-Metal Oxide Nanocomposites. Some Insight Into Conduction Mechanisms
Electrical Conductivity Of Metal (Hydr)oxide-Activated Carbon Composites Under Compression. A Comparison Study
Preparation Of Activated Carbon-Metal (Hydr) Oxide Materials By Thermal Methods. Thermogravimetric-Mass Spectrometric (Tg-Ms) Analysis
Electrical Conductivity Of Metal (Hydr)oxide-Activated Carbon Composites Under Compression. A Comparison Study
Preparation Of Activated Carbon-Metal (Hydr) Oxide Materials By Thermal Methods. Thermogravimetric-Mass Spectrometric (Tg-Ms) Analysis
Preparation And Microstructural Characterization Of Activated Carbon-Metal Oxide Hybrid Catalysts: New Insights Into Reaction Paths
Preparation Of Activated Carbon-Metal (Hydr) Oxide Materials By Thermal Methods. Thermogravimetric-Mass Spectrometric (Tg-Ms) Analysis
Preparation And Microstructural Characterization Of Activated Carbon-Metal Oxide Hybrid Catalysts: New Insights Into Reaction Paths
Temperature Dependence Of The Electrical Conductivity Of Activated Carbons Prepared From Vine Shoots By Physical And Chemical Activation Methods
Preparation And Microstructural Characterization Of Activated Carbon-Metal Oxide Hybrid Catalysts: New Insights Into Reaction Paths
Temperature Dependence Of The Electrical Conductivity Of Activated Carbons Prepared From Vine Shoots By Physical And Chemical Activation Methods
Spatial Distributions Of Discharged Products Of Lithium-Oxygen Batteries Revealed By Synchrotron X-Ray Transmission Microscopy
Temperature Dependence Of The Electrical Conductivity Of Activated Carbons Prepared From Vine Shoots By Physical And Chemical Activation Methods
Spatial Distributions Of Discharged Products Of Lithium-Oxygen Batteries Revealed By Synchrotron X-Ray Transmission Microscopy
Organic Radicals For The Enhancement Of Oxygen Reduction Reaction In Li-O2 Batteries
Spatial Distributions Of Discharged Products Of Lithium-Oxygen Batteries Revealed By Synchrotron X-Ray Transmission Microscopy
Organic Radicals For The Enhancement Of Oxygen Reduction Reaction In Li-O2 Batteries
Mass-Transport Control On The Discharge Mechanism In Li-O2 Batteries Using Carbon Cathodes With Varied Porosity
Organic Radicals For The Enhancement Of Oxygen Reduction Reaction In Li-O2 Batteries
Mass-Transport Control On The Discharge Mechanism In Li-O2 Batteries Using Carbon Cathodes With Varied Porosity
Operando Uv-Visible Spectroscopy Evidence Of The Reactions Of Iodide As Redox Mediator In Li-O2 Batteries
Mass-Transport Control On The Discharge Mechanism In Li-O2 Batteries Using Carbon Cathodes With Varied Porosity
Operando Uv-Visible Spectroscopy Evidence Of The Reactions Of Iodide As Redox Mediator In Li-O2 Batteries
Electrical Conductivity Of Activated Carbon-Metal Oxide Nanocomposites Under Compression: A Comparison Study
Operando Uv-Visible Spectroscopy Evidence Of The Reactions Of Iodide As Redox Mediator In Li-O2 Batteries
Electrical Conductivity Of Activated Carbon-Metal Oxide Nanocomposites Under Compression: A Comparison Study
Ft-Ir Analysis Of Pyrone And Chromene Structures In Activated Carbon
Electrical Conductivity Of Activated Carbon-Metal Oxide Nanocomposites Under Compression: A Comparison Study
Ft-Ir Analysis Of Pyrone And Chromene Structures In Activated Carbon
Effect Of The Surface Chemical Groups Of Activated Carbons On Their Surface Adsorptivity To Aromatic Adsorbates Based On Π-Π Interactions
Ft-Ir Analysis Of Pyrone And Chromene Structures In Activated Carbon
Effect Of The Surface Chemical Groups Of Activated Carbons On Their Surface Adsorptivity To Aromatic Adsorbates Based On Π-Π Interactions
Preparation Of Activated Carbon-Metal Oxide Hybrid Catalysts: Textural Characterization
Effect Of The Surface Chemical Groups Of Activated Carbons On Their Surface Adsorptivity To Aromatic Adsorbates Based On Π-Π Interactions
Preparation Of Activated Carbon-Metal Oxide Hybrid Catalysts: Textural Characterization
Simple Method To Relate Experimental Pore Size Distribution And Discharge Capacity In Cathodes For Li/o2 Batteries
Preparation Of Activated Carbon-Metal Oxide Hybrid Catalysts: Textural Characterization
Simple Method To Relate Experimental Pore Size Distribution And Discharge Capacity In Cathodes For Li/o2 Batteries
Effects Of Architecture On The Electrochemistry Of Binder-Free Inverse Opal Carbons As Li-Air Cathodes In An Ionic Liquid-Based Electrolyte
Simple Method To Relate Experimental Pore Size Distribution And Discharge Capacity In Cathodes For Li/o2 Batteries
Effects Of Architecture On The Electrochemistry Of Binder-Free Inverse Opal Carbons As Li-Air Cathodes In An Ionic Liquid-Based Electrolyte
Influence Of Morphology, Porosity And Crystal Structure Of Caco3 Precursors On The Co2 Capture Performance Of Cao-Derived Sorbents
Effects Of Architecture On The Electrochemistry Of Binder-Free Inverse Opal Carbons As Li-Air Cathodes In An Ionic Liquid-Based Electrolyte
Influence Of Morphology, Porosity And Crystal Structure Of Caco3 Precursors On The Co2 Capture Performance Of Cao-Derived Sorbents
Influence Of The Operation Conditions On Co2 Capture By Cao-Derived Sorbents Prepared From Synthetic Caco3
Influence Of Morphology, Porosity And Crystal Structure Of Caco3 Precursors On The Co2 Capture Performance Of Cao-Derived Sorbents
Influence Of The Operation Conditions On Co2 Capture By Cao-Derived Sorbents Prepared From Synthetic Caco3
Co2 Adsorption Performance Of Amino-Functionalized Sba-15 Under Post-Combustion Conditions
Influence Of The Operation Conditions On Co2 Capture By Cao-Derived Sorbents Prepared From Synthetic Caco3
Co2 Adsorption Performance Of Amino-Functionalized Sba-15 Under Post-Combustion Conditions
On The Use Of A Natural Peat For The Removal Of Cr(Vi) From Aqueous Solutions
Co2 Adsorption Performance Of Amino-Functionalized Sba-15 Under Post-Combustion Conditions
On The Use Of A Natural Peat For The Removal Of Cr(Vi) From Aqueous Solutions
Preparation Of Micropore-Containing Adsorbents From Kenaf Fibers And Their Use In Mercury Removal From Aqueous Solution
On The Use Of A Natural Peat For The Removal Of Cr(Vi) From Aqueous Solutions
Preparation Of Micropore-Containing Adsorbents From Kenaf Fibers And Their Use In Mercury Removal From Aqueous Solution
Development Of Adsorbents For Co2 Capture From Waste Materials: A Review
Preparation Of Micropore-Containing Adsorbents From Kenaf Fibers And Their Use In Mercury Removal From Aqueous Solution
Development Of Adsorbents For Co2 Capture From Waste Materials: A Review
Preparation Of Activated Carbon From Cherry Stones By Physical Activation In Air. Influence Of The Chemical Carbonisation With H2so4
Development Of Adsorbents For Co2 Capture From Waste Materials: A Review
Preparation Of Activated Carbon From Cherry Stones By Physical Activation In Air. Influence Of The Chemical Carbonisation With H2so4
Development And Characterization Of Carbon-Honeycomb Monoliths From Kenaf Natural Fibers: A Preliminary Study
Preparation Of Activated Carbon From Cherry Stones By Physical Activation In Air. Influence Of The Chemical Carbonisation With H2so4
Development And Characterization Of Carbon-Honeycomb Monoliths From Kenaf Natural Fibers: A Preliminary Study
Activated Carbon As A Metal Oxide Support: A Review
Development And Characterization Of Carbon-Honeycomb Monoliths From Kenaf Natural Fibers: A Preliminary Study
Activated Carbon As A Metal Oxide Support: A Review
Activated Carbon Modifications To Enhance Its Water Treatment Applications. An Overview
Activated Carbon As A Metal Oxide Support: A Review
Activated Carbon Modifications To Enhance Its Water Treatment Applications. An Overview
Preparación De Adsorbentes Carbonosos A Partir De Goma De Neumáticos
Activated Carbon Modifications To Enhance Its Water Treatment Applications. An Overview
Preparación De Adsorbentes Carbonosos A Partir De Goma De Neumáticos
Preparation Of Activated Carbons From Olive-Tree Wood Revisited. Ii. Physical Activation With Air
Preparación De Adsorbentes Carbonosos A Partir De Goma De Neumáticos
Preparation Of Activated Carbons From Olive-Tree Wood Revisited. Ii. Physical Activation With Air
Preparation Of Activated Carbons From Olive-Tree Wood Revisited. I. Chemical Activation With H3po4
Preparation Of Activated Carbons From Olive-Tree Wood Revisited. Ii. Physical Activation With Air
Preparation Of Activated Carbons From Olive-Tree Wood Revisited. I. Chemical Activation With H3po4
Adsorption Of Cadmium On Carbonaceous Adsorbents Developed From Used Tire Rubber
Preparation Of Activated Carbons From Olive-Tree Wood Revisited. I. Chemical Activation With H3po4
Adsorption Of Cadmium On Carbonaceous Adsorbents Developed From Used Tire Rubber
Development Of Activated Carbon From Vine Shoots By Physical And Chemical Activation Methods. Some Insight Into Activation Mechanisms
Adsorption Of Cadmium On Carbonaceous Adsorbents Developed From Used Tire Rubber
Development Of Activated Carbon From Vine Shoots By Physical And Chemical Activation Methods. Some Insight Into Activation Mechanisms
The Influence Of The Impregnation Method On Yield Of Activated Carbon Produced By H3po4 Activation
Development Of Activated Carbon From Vine Shoots By Physical And Chemical Activation Methods. Some Insight Into Activation Mechanisms
The Influence Of The Impregnation Method On Yield Of Activated Carbon Produced By H3po4 Activation
An Identification Study Of Vermiculites And Micas: Adsorption Of Metal Ions In Aqueous Solution
The Influence Of The Impregnation Method On Yield Of Activated Carbon Produced By H3po4 Activation
An Identification Study Of Vermiculites And Micas: Adsorption Of Metal Ions In Aqueous Solution
Development Of Adsorbents From Used Tire Rubber: Their Use In The Adsorption Of Organic And Inorganic Solutes In Aqueous Solution
An Identification Study Of Vermiculites And Micas: Adsorption Of Metal Ions In Aqueous Solution
Development Of Adsorbents From Used Tire Rubber: Their Use In The Adsorption Of Organic And Inorganic Solutes In Aqueous Solution
The Influence Of The Precursor And Synthesis Method On The Co2 Capture Capacity Of Carpet Waste-Based Sorbents
Development Of Adsorbents From Used Tire Rubber: Their Use In The Adsorption Of Organic And Inorganic Solutes In Aqueous Solution
The Influence Of The Precursor And Synthesis Method On The Co2 Capture Capacity Of Carpet Waste-Based Sorbents
Preparation Of A Highly Microporous Carbon From A Carpet Material And Its Application As Co2 Sorbent
The Influence Of The Precursor And Synthesis Method On The Co2 Capture Capacity Of Carpet Waste-Based Sorbents
Preparation Of A Highly Microporous Carbon From A Carpet Material And Its Application As Co2 Sorbent
Development Of Regenerable Sorbents From Abundant Wastes For Capture Of Co2
Preparation Of A Highly Microporous Carbon From A Carpet Material And Its Application As Co2 Sorbent
Development Of Regenerable Sorbents From Abundant Wastes For Capture Of Co2
Preparation And Ozone-Surface Modification Of Activated Carbon. Thermal Stability Of Oxygen Surface Groups
Development Of Regenerable Sorbents From Abundant Wastes For Capture Of Co2
Preparation And Ozone-Surface Modification Of Activated Carbon. Thermal Stability Of Oxygen Surface Groups
Oxidation Of Activated Carbon By Dry And Wet Methods Surface Chemistry And Textural Modifications
Preparation And Ozone-Surface Modification Of Activated Carbon. Thermal Stability Of Oxygen Surface Groups
Oxidation Of Activated Carbon By Dry And Wet Methods Surface Chemistry And Textural Modifications
Adsorption Isotherms Of Methylene Blue In Aqueous Solution Onto Activated Carbons Developed From Vine Shoots (Vitis Vinifera) By Physical And Chemical Methods
Oxidation Of Activated Carbon By Dry And Wet Methods Surface Chemistry And Textural Modifications
Adsorption Isotherms Of Methylene Blue In Aqueous Solution Onto Activated Carbons Developed From Vine Shoots (Vitis Vinifera) By Physical And Chemical Methods
Devulcanization And Demineralization Of Used Tire Rubber By Thermal Chemical Methods: A Study By X-Ray Diffraction
Adsorption Isotherms Of Methylene Blue In Aqueous Solution Onto Activated Carbons Developed From Vine Shoots (Vitis Vinifera) By Physical And Chemical Methods
Devulcanization And Demineralization Of Used Tire Rubber By Thermal Chemical Methods: A Study By X-Ray Diffraction
Improving The Performance Of Biomass-Derived Carbons In Li-Ion Batteries By Controlling The Lithium Insertion Process
Devulcanization And Demineralization Of Used Tire Rubber By Thermal Chemical Methods: A Study By X-Ray Diffraction
Improving The Performance Of Biomass-Derived Carbons In Li-Ion Batteries By Controlling The Lithium Insertion Process
Use Of Small-Amplitude Oscillatory Shear Rheometry To Study The Flow Properties Of Pure And Potassium-Doped Li2zro3 Sorbents During The Sorption Of Co2 At High Temperatures
Improving The Performance Of Biomass-Derived Carbons In Li-Ion Batteries By Controlling The Lithium Insertion Process
Use Of Small-Amplitude Oscillatory Shear Rheometry To Study The Flow Properties Of Pure And Potassium-Doped Li2zro3 Sorbents During The Sorption Of Co2 At High Temperatures
Novel Lithium-Based Sorbents From Fly Ashes For Co2 Capture At High Temperatures
Use Of Small-Amplitude Oscillatory Shear Rheometry To Study The Flow Properties Of Pure And Potassium-Doped Li2zro3 Sorbents During The Sorption Of Co2 At High Temperatures
Novel Lithium-Based Sorbents From Fly Ashes For Co2 Capture At High Temperatures
Use Of Cork Agglomerates As Acoustic Absorbents
Novel Lithium-Based Sorbents From Fly Ashes For Co2 Capture At High Temperatures
Use Of Cork Agglomerates As Acoustic Absorbents
Nitrogen Adsorption On Carbonaceous Materials. A Comparison Between Static And Dynamic Methods
Use Of Cork Agglomerates As Acoustic Absorbents
Nitrogen Adsorption On Carbonaceous Materials. A Comparison Between Static And Dynamic Methods
Modification Of Carbon Screen-Printed Electrodes By Adsorption Of Chemically Synthesized Bi Nanoparticles For The Voltammetric Stripping Detection Of Zn(Ii), Cd(Ii) And Pb(Ii)
Nitrogen Adsorption On Carbonaceous Materials. A Comparison Between Static And Dynamic Methods
Modification Of Carbon Screen-Printed Electrodes By Adsorption Of Chemically Synthesized Bi Nanoparticles For The Voltammetric Stripping Detection Of Zn(Ii), Cd(Ii) And Pb(Ii)
Suppressing Irreversible Capacity In Low Cost Disordered Carbons For Li-Ion Batteries
Modification Of Carbon Screen-Printed Electrodes By Adsorption Of Chemically Synthesized Bi Nanoparticles For The Voltammetric Stripping Detection Of Zn(Ii), Cd(Ii) And Pb(Ii)
Suppressing Irreversible Capacity In Low Cost Disordered Carbons For Li-Ion Batteries
Cherry Stones As Precursor Of Activated Carbons For Supercapacitors
Suppressing Irreversible Capacity In Low Cost Disordered Carbons For Li-Ion Batteries
Cherry Stones As Precursor Of Activated Carbons For Supercapacitors
The Development Of An Activated Carbon From Cherry Stones And Its Use In The Removal Of Ochratoxin A From Red Wine
Cherry Stones As Precursor Of Activated Carbons For Supercapacitors
The Development Of An Activated Carbon From Cherry Stones And Its Use In The Removal Of Ochratoxin A From Red Wine
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
The Development Of An Activated Carbon From Cherry Stones And Its Use In The Removal Of Ochratoxin A From Red Wine
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
Enhanced Adsorption Of Metal Ions Onto Functionalized Granular Activated Carbons Prepared From Cherry Stones
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
Enhanced Adsorption Of Metal Ions Onto Functionalized Granular Activated Carbons Prepared From Cherry Stones
Uptake Of Lead By Carbonaceous Adsorbents Developed From Tire Rubber
Enhanced Adsorption Of Metal Ions Onto Functionalized Granular Activated Carbons Prepared From Cherry Stones
Uptake Of Lead By Carbonaceous Adsorbents Developed From Tire Rubber
A Novel Cell Design For The Improved Stripping Voltammetric Detection Of Zn(Ii), Cd(Ii), And Pb(Ii) On Commercial Screen-Printed Strips By Bismuth Codeposition In Stirred Solutions
Uptake Of Lead By Carbonaceous Adsorbents Developed From Tire Rubber
A Novel Cell Design For The Improved Stripping Voltammetric Detection Of Zn(Ii), Cd(Ii), And Pb(Ii) On Commercial Screen-Printed Strips By Bismuth Codeposition In Stirred Solutions
Adsorption Of Mercury From Single And Multicomponent Metal Systems On Activated Carbon Developed From Cherry Stones
A Novel Cell Design For The Improved Stripping Voltammetric Detection Of Zn(Ii), Cd(Ii), And Pb(Ii) On Commercial Screen-Printed Strips By Bismuth Codeposition In Stirred Solutions
Adsorption Of Mercury From Single And Multicomponent Metal Systems On Activated Carbon Developed From Cherry Stones
Kinetics Of Ozone Decomposition By Granular Activated Carbon
Adsorption Of Mercury From Single And Multicomponent Metal Systems On Activated Carbon Developed From Cherry Stones
Kinetics Of Ozone Decomposition By Granular Activated Carbon
Utilización De Residuos Agroindustriales Y Sintéticos Generados En La Comunidad Autónoma De Extremadura Para La Preparación De Absorbentes Carbonosos
Kinetics Of Ozone Decomposition By Granular Activated Carbon
Utilización De Residuos Agroindustriales Y Sintéticos Generados En La Comunidad Autónoma De Extremadura Para La Preparación De Absorbentes Carbonosos
Porous Structure Of Activated Carbon Prepared From Cherry Stones By Chemical Activation With Phosphoric Acid
Utilización De Residuos Agroindustriales Y Sintéticos Generados En La Comunidad Autónoma De Extremadura Para La Preparación De Absorbentes Carbonosos
Porous Structure Of Activated Carbon Prepared From Cherry Stones By Chemical Activation With Phosphoric Acid
Sorption Of Arsenic, Cadmium, And Lead By Chars Produced From Fast Pyrolysis Of Wood And Bark During Bio-Oil Production
Porous Structure Of Activated Carbon Prepared From Cherry Stones By Chemical Activation With Phosphoric Acid
Sorption Of Arsenic, Cadmium, And Lead By Chars Produced From Fast Pyrolysis Of Wood And Bark During Bio-Oil Production
Preparation And Characterization Of Activated Carbons By Activation With H3po4
Sorption Of Arsenic, Cadmium, And Lead By Chars Produced From Fast Pyrolysis Of Wood And Bark During Bio-Oil Production
Preparation And Characterization Of Activated Carbons By Activation With H3po4
Retención De Mercurio Por Carbón Activado Preparado A Partir De Residuos Agroindustriales
Preparation And Characterization Of Activated Carbons By Activation With H3po4
Retención De Mercurio Por Carbón Activado Preparado A Partir De Residuos Agroindustriales
Sarmientos De La Vid: Material De Partida Para La Preparación De Carbón Activado Con Aplicaciones En La Industria Enológica
Retención De Mercurio Por Carbón Activado Preparado A Partir De Residuos Agroindustriales
Sarmientos De La Vid: Material De Partida Para La Preparación De Carbón Activado Con Aplicaciones En La Industria Enológica
Thermal Behaviour Of Lignocellulosic Material In The Presence Of Phosphoric Acid. Influence Of The Acid Content In The Initial Solution
Sarmientos De La Vid: Material De Partida Para La Preparación De Carbón Activado Con Aplicaciones En La Industria Enológica
Thermal Behaviour Of Lignocellulosic Material In The Presence Of Phosphoric Acid. Influence Of The Acid Content In The Initial Solution
Preparation Of Activated Carbon From Cherry Stones By Chemical Activation With Zncl 2
Thermal Behaviour Of Lignocellulosic Material In The Presence Of Phosphoric Acid. Influence Of The Acid Content In The Initial Solution
Preparation Of Activated Carbon From Cherry Stones By Chemical Activation With Zncl 2
Preparation And Textural Characterisation Of Activated Carbon From Vine Shoots (Vitis Vinifera) By H 3 Po 4 -Chemical Activation
Preparation Of Activated Carbon From Cherry Stones By Chemical Activation With Zncl 2
Preparation And Textural Characterisation Of Activated Carbon From Vine Shoots (Vitis Vinifera) By H 3 Po 4 -Chemical Activation
Study Of The Pore Size Distribution And Fractal Dimension Of Hno 3 -Treated Activated Carbons
Preparation And Textural Characterisation Of Activated Carbon From Vine Shoots (Vitis Vinifera) By H 3 Po 4 -Chemical Activation
Study Of The Pore Size Distribution And Fractal Dimension Of Hno 3 -Treated Activated Carbons
Preparation Of Activated Carbons From Cherry Stones By Activation With Potassium Hydroxide
Study Of The Pore Size Distribution And Fractal Dimension Of Hno 3 -Treated Activated Carbons
Preparation Of Activated Carbons From Cherry Stones By Activation With Potassium Hydroxide
Demineralisation Of Semi-Anthracite Char With Molten Salts/hcl. Effects On The Porous Texture And Reactivity In Air
Preparation Of Activated Carbons From Cherry Stones By Activation With Potassium Hydroxide
Demineralisation Of Semi-Anthracite Char With Molten Salts/hcl. Effects On The Porous Texture And Reactivity In Air
Surface And Catalytic Properties Of Acid Metal-Carbons Prepared By The Sol-Gel Method
Demineralisation Of Semi-Anthracite Char With Molten Salts/hcl. Effects On The Porous Texture And Reactivity In Air
Surface And Catalytic Properties Of Acid Metal-Carbons Prepared By The Sol-Gel Method
Preparation Of Charcoal From Cherry Stones
Surface And Catalytic Properties Of Acid Metal-Carbons Prepared By The Sol-Gel Method
Preparation Of Charcoal From Cherry Stones
Vanadium Supported On Carbon Coated Honeycomb Monoliths For The Selective Catalytic Reduction Of No At Low Temperatures: Influence Of The Oxidation Pre-Treatment
Preparation Of Charcoal From Cherry Stones
Vanadium Supported On Carbon Coated Honeycomb Monoliths For The Selective Catalytic Reduction Of No At Low Temperatures: Influence Of The Oxidation Pre-Treatment
The Influence Of Various Factors On Aqueous Ozone Decomposition By Granular Activated Carbons And The Development Of A Mechanistic Approach
Vanadium Supported On Carbon Coated Honeycomb Monoliths For The Selective Catalytic Reduction Of No At Low Temperatures: Influence Of The Oxidation Pre-Treatment
The Influence Of Various Factors On Aqueous Ozone Decomposition By Granular Activated Carbons And The Development Of A Mechanistic Approach
Preparation Of Activated Carbons From Walnut Wood: A Study Of Microporosity And Fractal Dimension
The Influence Of Various Factors On Aqueous Ozone Decomposition By Granular Activated Carbons And The Development Of A Mechanistic Approach
Preparation Of Activated Carbons From Walnut Wood: A Study Of Microporosity And Fractal Dimension
Preparation Of Activated Carbons From Chestnut Wood By Phosphoric Acid-Chemical Activation. Study Of Microporosity And Fractal Dimension
Preparation Of Activated Carbons From Walnut Wood: A Study Of Microporosity And Fractal Dimension
Preparation Of Activated Carbons From Chestnut Wood By Phosphoric Acid-Chemical Activation. Study Of Microporosity And Fractal Dimension
Development Of Activated Carbon Using Vine Shoots (Vitis Vinifera) And Its Use For Wine Treatment
Preparation Of Activated Carbons From Chestnut Wood By Phosphoric Acid-Chemical Activation. Study Of Microporosity And Fractal Dimension
Development Of Activated Carbon Using Vine Shoots (Vitis Vinifera) And Its Use For Wine Treatment
Interaction Of Molten Salts With A Semianthracite Char At 743-1173 K. Effects On Chemical Composition, Textural Properties, And Reactivity In Air
Development Of Activated Carbon Using Vine Shoots (Vitis Vinifera) And Its Use For Wine Treatment
Interaction Of Molten Salts With A Semianthracite Char At 743-1173 K. Effects On Chemical Composition, Textural Properties, And Reactivity In Air
Adsorption Of Mercury By Carbonaceous Adsorbents Prepared From Rubber Of Tyre Wastes
Interaction Of Molten Salts With A Semianthracite Char At 743-1173 K. Effects On Chemical Composition, Textural Properties, And Reactivity In Air
Adsorption Of Mercury By Carbonaceous Adsorbents Prepared From Rubber Of Tyre Wastes
Preparation And Characterization Activated Carbon Obtained From Black Broom
Adsorption Of Mercury By Carbonaceous Adsorbents Prepared From Rubber Of Tyre Wastes
Preparation And Characterization Activated Carbon Obtained From Black Broom
Study Of Cherry Stones As Raw Material In Preparation Of Carbonaceous Adsorbents
Preparation And Characterization Activated Carbon Obtained From Black Broom
Study Of Cherry Stones As Raw Material In Preparation Of Carbonaceous Adsorbents
Optimizing The Application Of Infrared Spectroscopy For The Study Of Carbonaceous Materials
Study Of Cherry Stones As Raw Material In Preparation Of Carbonaceous Adsorbents
Optimizing The Application Of Infrared Spectroscopy For The Study Of Carbonaceous Materials
Electrical Conductivity Of Carbon Blacks Under Compression
Optimizing The Application Of Infrared Spectroscopy For The Study Of Carbonaceous Materials
Electrical Conductivity Of Carbon Blacks Under Compression
Monitoring Of Zn(Ii) And Cd(Ii) Adsorption On Activated Carbon From Aqueous Multicomponent Solutions By Differential Pulse Polarography (Dpp)
Electrical Conductivity Of Carbon Blacks Under Compression
Monitoring Of Zn(Ii) And Cd(Ii) Adsorption On Activated Carbon From Aqueous Multicomponent Solutions By Differential Pulse Polarography (Dpp)
Tratamiento De Vinos Tintos Españoles Con Carbón Activado Preparado A Partir De Sarmientos De Vid: Evaluación Del Efecto Sobre El Contenido En Ota Y La Composición Polifenólica
Monitoring Of Zn(Ii) And Cd(Ii) Adsorption On Activated Carbon From Aqueous Multicomponent Solutions By Differential Pulse Polarography (Dpp)
Tratamiento De Vinos Tintos Españoles Con Carbón Activado Preparado A Partir De Sarmientos De Vid: Evaluación Del Efecto Sobre El Contenido En Ota Y La Composición Polifenólica
Porous Texture Of Activated Carbons Prepared By Phosphoric Acid Activation Of Woods
Tratamiento De Vinos Tintos Españoles Con Carbón Activado Preparado A Partir De Sarmientos De Vid: Evaluación Del Efecto Sobre El Contenido En Ota Y La Composición Polifenólica
Porous Texture Of Activated Carbons Prepared By Phosphoric Acid Activation Of Woods
Physico-Chemical Properties Of Low-Rank Coals: Thermal And Demineralisation Effects
Porous Texture Of Activated Carbons Prepared By Phosphoric Acid Activation Of Woods
Physico-Chemical Properties Of Low-Rank Coals: Thermal And Demineralisation Effects
Adsorption Of Pb2+ In Aqueous Solution By So2-Treated Activated Carbon
Physico-Chemical Properties Of Low-Rank Coals: Thermal And Demineralisation Effects
Adsorption Of Pb2+ In Aqueous Solution By So2-Treated Activated Carbon
Silica/c Composites Prepared By The Sol-Gel Method. Influence Of The Synthesis Parameters On Textural Characteristics
Adsorption Of Pb2+ In Aqueous Solution By So2-Treated Activated Carbon
Silica/c Composites Prepared By The Sol-Gel Method. Influence Of The Synthesis Parameters On Textural Characteristics
Basic Metal-Carbons Catalysts Prepared By Sol-Gel Method
Silica/c Composites Prepared By The Sol-Gel Method. Influence Of The Synthesis Parameters On Textural Characteristics
Basic Metal-Carbons Catalysts Prepared By Sol-Gel Method
Preparation Of Mesoporous And Macroporous Materials From Rubber Of Tyre Wastes
Basic Metal-Carbons Catalysts Prepared By Sol-Gel Method
Preparation Of Mesoporous And Macroporous Materials From Rubber Of Tyre Wastes
Preparation Of Carbonaceous Absorbents From Rubber Of Tyre Wastes- Adsorption Of Mercury From Aqueous Solution
Preparation Of Mesoporous And Macroporous Materials From Rubber Of Tyre Wastes
Preparation Of Carbonaceous Absorbents From Rubber Of Tyre Wastes- Adsorption Of Mercury From Aqueous Solution
Comparison Between Thermal And Ozone Regenerations Of Spent Activated Carbon Exhausted With Phenol
Preparation Of Carbonaceous Absorbents From Rubber Of Tyre Wastes- Adsorption Of Mercury From Aqueous Solution
Comparison Between Thermal And Ozone Regenerations Of Spent Activated Carbon Exhausted With Phenol
Adsorption Kinetics Of Zinc In Multicomponent Ionic Systems
Comparison Between Thermal And Ozone Regenerations Of Spent Activated Carbon Exhausted With Phenol
Adsorption Kinetics Of Zinc In Multicomponent Ionic Systems
Preparation And Characterization Of Activated Carbons Made Up From Different Woods By Chemical Activation With H3po4
Adsorption Kinetics Of Zinc In Multicomponent Ionic Systems
Preparation And Characterization Of Activated Carbons Made Up From Different Woods By Chemical Activation With H3po4
Adsorption Of Cadmium By Sulphur Dioxide Treated Activated Carbon
Preparation And Characterization Of Activated Carbons Made Up From Different Woods By Chemical Activation With H3po4
Adsorption Of Cadmium By Sulphur Dioxide Treated Activated Carbon
Carbonization And Demineralization Of Coals: A Study By Means Of Ft-Ir Spectroscopy
Adsorption Of Cadmium By Sulphur Dioxide Treated Activated Carbon
Carbonization And Demineralization Of Coals: A Study By Means Of Ft-Ir Spectroscopy
Synthesis And Characterisation Of Xtio2·(1-X)sio2-Carbon Composites
Carbonization And Demineralization Of Coals: A Study By Means Of Ft-Ir Spectroscopy
Synthesis And Characterisation Of Xtio2·(1-X)sio2-Carbon Composites
Study Of Black And Composite Agglomerates Of Cork As Thermal Insulating Materials
Synthesis And Characterisation Of Xtio2·(1-X)sio2-Carbon Composites
Study Of Black And Composite Agglomerates Of Cork As Thermal Insulating Materials
Textural And Chemical Surface Modifications Produced By Some Oxidation Treatments Of A Glassy Carbon
Study Of Black And Composite Agglomerates Of Cork As Thermal Insulating Materials
Textural And Chemical Surface Modifications Produced By Some Oxidation Treatments Of A Glassy Carbon
Bending Strength Of Black And Composite Agglomerates Of Cork
Textural And Chemical Surface Modifications Produced By Some Oxidation Treatments Of A Glassy Carbon
Bending Strength Of Black And Composite Agglomerates Of Cork
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Bending Strength Of Black And Composite Agglomerates Of Cork
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
Formation Of Oxygen Complexes By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones I. Thermal Effects
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
Formation Of Oxygen Complexes By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones I. Thermal Effects
Formation Of Oxygen Structures By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones Ii. Kinetic Study
Formation Of Oxygen Complexes By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones I. Thermal Effects
Formation Of Oxygen Structures By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones Ii. Kinetic Study
Isosteric Heat For Monolayer Adsorption Obtained From Two-Dimensional Equations Of State
Formation Of Oxygen Structures By Ozonation Of Carbonaceous Materials Prepared From Cherry Stones Ii. Kinetic Study
Isosteric Heat For Monolayer Adsorption Obtained From Two-Dimensional Equations Of State
Influence Of Porosity On The Adsorption Enthalpies Of A Non-Ionic Surfactant Onto Carbonaceous Materials
Isosteric Heat For Monolayer Adsorption Obtained From Two-Dimensional Equations Of State
Influence Of Porosity On The Adsorption Enthalpies Of A Non-Ionic Surfactant Onto Carbonaceous Materials
Nitrogen Adsorption Isotherms On Carbonaceous Materials. Comparison Of Bet And Langmuir Surface Areas
Influence Of Porosity On The Adsorption Enthalpies Of A Non-Ionic Surfactant Onto Carbonaceous Materials
Nitrogen Adsorption Isotherms On Carbonaceous Materials. Comparison Of Bet And Langmuir Surface Areas
Analysis Of The Adsorption Isotherms Of A Non-Ionic Surfactant From Aqueous Solution Onto Activated Carbons
Nitrogen Adsorption Isotherms On Carbonaceous Materials. Comparison Of Bet And Langmuir Surface Areas
Analysis Of The Adsorption Isotherms Of A Non-Ionic Surfactant From Aqueous Solution Onto Activated Carbons
Determination Of The Free Energy Of Adsorption On Carbon Blacks Of A Nonionic Surfactant From Aqueous Solutions
Analysis Of The Adsorption Isotherms Of A Non-Ionic Surfactant From Aqueous Solution Onto Activated Carbons
Determination Of The Free Energy Of Adsorption On Carbon Blacks Of A Nonionic Surfactant From Aqueous Solutions
Combined Effects Of Sucrose And Copper(Ii) Ions On The Growth And Copper(Ii) Bioaccumulation Properties Of Candida Sp
Determination Of The Free Energy Of Adsorption On Carbon Blacks Of A Nonionic Surfactant From Aqueous Solutions
Combined Effects Of Sucrose And Copper(Ii) Ions On The Growth And Copper(Ii) Bioaccumulation Properties Of Candida Sp
Chemical Study Of Extracted Rockrose And Of Chars And Activated Carbons Prepared At Different Temperatures
Combined Effects Of Sucrose And Copper(Ii) Ions On The Growth And Copper(Ii) Bioaccumulation Properties Of Candida Sp
Chemical Study Of Extracted Rockrose And Of Chars And Activated Carbons Prepared At Different Temperatures
Formation Of Oxygen Structures By Air Activation. A Study By Ft-Ir Spectroscopy
Chemical Study Of Extracted Rockrose And Of Chars And Activated Carbons Prepared At Different Temperatures
Formation Of Oxygen Structures By Air Activation. A Study By Ft-Ir Spectroscopy
Interaction Of Molten Salts With A Semianthracite Char At 873 K. A Study By X-Ray Diffraction
Formation Of Oxygen Structures By Air Activation. A Study By Ft-Ir Spectroscopy
Interaction Of Molten Salts With A Semianthracite Char At 873 K. A Study By X-Ray Diffraction
Adsorption Of Mercury, Cadmium And Lead From Aqueous Solution On Heat-Treated And Sulphurized Activated Carbon
Interaction Of Molten Salts With A Semianthracite Char At 873 K. A Study By X-Ray Diffraction
Adsorption Of Mercury, Cadmium And Lead From Aqueous Solution On Heat-Treated And Sulphurized Activated Carbon
Organic Chemical Structure And Structural Shrinkage Of Chars Prepared From Rockrose
Adsorption Of Mercury, Cadmium And Lead From Aqueous Solution On Heat-Treated And Sulphurized Activated Carbon
Organic Chemical Structure And Structural Shrinkage Of Chars Prepared From Rockrose
Mass And Surface Changes Of Activated Carbon Treated With Nitric Acid. Thermal Behavior Of The Samples
Organic Chemical Structure And Structural Shrinkage Of Chars Prepared From Rockrose
Mass And Surface Changes Of Activated Carbon Treated With Nitric Acid. Thermal Behavior Of The Samples
Study And Characterisation Of Activated Carbon Treated With H2so4 Solutions
Mass And Surface Changes Of Activated Carbon Treated With Nitric Acid. Thermal Behavior Of The Samples
Study And Characterisation Of Activated Carbon Treated With H2so4 Solutions
Treatment Of Activated Carbon With H2o2. Effect On The Porous Texture
Study And Characterisation Of Activated Carbon Treated With H2so4 Solutions
Treatment Of Activated Carbon With H2o2. Effect On The Porous Texture
Ft-Ir Study Of Rockrose And Of Char And Activated Carbon
Treatment Of Activated Carbon With H2o2. Effect On The Porous Texture
Ft-Ir Study Of Rockrose And Of Char And Activated Carbon
Heat Treatment Of Rockrose Char In Air. Effect On Surface Chemistry And Porous Texture
Ft-Ir Study Of Rockrose And Of Char And Activated Carbon
Heat Treatment Of Rockrose Char In Air. Effect On Surface Chemistry And Porous Texture
Treatment Of Activated Carbon With Hydrogen Peroxide. Effect On The Mass Sample
Heat Treatment Of Rockrose Char In Air. Effect On Surface Chemistry And Porous Texture
Treatment Of Activated Carbon With Hydrogen Peroxide. Effect On The Mass Sample
Thermogravimetric Study Of Activated Carbon Oxidized With H2o2
Treatment Of Activated Carbon With Hydrogen Peroxide. Effect On The Mass Sample
Thermogravimetric Study Of Activated Carbon Oxidized With H2o2
Demineralization Of Anthracite Char By Molten Salts
Thermogravimetric Study Of Activated Carbon Oxidized With H2o2
Demineralization Of Anthracite Char By Molten Salts
Characterization Study Of Carbonaceous Materials. Calorimetric Heat Of Adsorption Of P-Nitrophenol
Demineralization Of Anthracite Char By Molten Salts
Characterization Study Of Carbonaceous Materials. Calorimetric Heat Of Adsorption Of P-Nitrophenol
Adsorption Of P-Nitrophenol On Carbon Black: Temperature Effect
Characterization Study Of Carbonaceous Materials. Calorimetric Heat Of Adsorption Of P-Nitrophenol
Adsorption Of P-Nitrophenol On Carbon Black: Temperature Effect
Thermogravimetric Study Of Anthracite Gasification In Co2 Catalyzed By Black Liquor
Adsorption Of P-Nitrophenol On Carbon Black: Temperature Effect
Thermogravimetric Study Of Anthracite Gasification In Co2 Catalyzed By Black Liquor
Preparation Of Activated Carbon From Rockrose Char. Influence Of Activation Temperature
Thermogravimetric Study Of Anthracite Gasification In Co2 Catalyzed By Black Liquor
Preparation Of Activated Carbon From Rockrose Char. Influence Of Activation Temperature
Oxidation Of Activated Carbon By Hydrogen Peroxide. Study Of Surface Functional Groups By Ft-I.r.
Preparation Of Activated Carbon From Rockrose Char. Influence Of Activation Temperature
Oxidation Of Activated Carbon By Hydrogen Peroxide. Study Of Surface Functional Groups By Ft-I.r.
Characterization Study Of Char And Activated Carbon Prepared From Raw And Extracted Rockrose
Oxidation Of Activated Carbon By Hydrogen Peroxide. Study Of Surface Functional Groups By Ft-I.r.
Characterization Study Of Char And Activated Carbon Prepared From Raw And Extracted Rockrose
Oxidation Of Activated Carbon In Liquid Phase. Study By Ft-Ir
Characterization Study Of Char And Activated Carbon Prepared From Raw And Extracted Rockrose
Oxidation Of Activated Carbon In Liquid Phase. Study By Ft-Ir
Adsorption Of Pb2+ By Heat-Treated And Sulfurized Activated Carbon
Oxidation Of Activated Carbon In Liquid Phase. Study By Ft-Ir
Adsorption Of Pb2+ By Heat-Treated And Sulfurized Activated Carbon
Characterization Of Rockrose Wood, Char And Activated Carbon
Adsorption Of Pb2+ By Heat-Treated And Sulfurized Activated Carbon
Characterization Of Rockrose Wood, Char And Activated Carbon
The Use Of Waste Matter After Olive Grove Pruning For The Preparation Of Charcoal. The Influence Of The Type Of Matter, Particle Size And Pyrolysis Temperature
Characterization Of Rockrose Wood, Char And Activated Carbon
The Use Of Waste Matter After Olive Grove Pruning For The Preparation Of Charcoal. The Influence Of The Type Of Matter, Particle Size And Pyrolysis Temperature
Degradation Kinetics Of P-Nitrophenol Ozonation In Water
The Use Of Waste Matter After Olive Grove Pruning For The Preparation Of Charcoal. The Influence Of The Type Of Matter, Particle Size And Pyrolysis Temperature
Degradation Kinetics Of P-Nitrophenol Ozonation In Water
Adsorption Of P‐nitrophenol From Aqueous Solution On Activated Carbon: Influence Of Ph And Preozonization
Degradation Kinetics Of P-Nitrophenol Ozonation In Water
Adsorption Of P‐nitrophenol From Aqueous Solution On Activated Carbon: Influence Of Ph And Preozonization
Degradation Kinetics Of P-Nitrophenol Ozonation In Water
Adsorption Of P‐nitrophenol From Aqueous Solution On Activated Carbon: Influence Of Ph And Preozonization
Degradation Kinetics Of P-Nitrophenol Ozonation In Water
P-Nitrophenol Adsorption From Aqueous Solution On Carbon Black. Temperature Effect
Degradation Kinetics Of P-Nitrophenol Ozonation In Water
P-Nitrophenol Adsorption From Aqueous Solution On Carbon Black. Temperature Effect
Combustion Of Some Spanish Coals And Coal Chars
P-Nitrophenol Adsorption From Aqueous Solution On Carbon Black. Temperature Effect
Combustion Of Some Spanish Coals And Coal Chars
Study By Ftir Spectroscopy Of Activated Carbons Oxidized In The Liquid Phase
Combustion Of Some Spanish Coals And Coal Chars
Study By Ftir Spectroscopy Of Activated Carbons Oxidized In The Liquid Phase
Stability Towards Heating And Outgassing Of Activated Carbon Oxidized In The Liquid Phase
Study By Ftir Spectroscopy Of Activated Carbons Oxidized In The Liquid Phase
Stability Towards Heating And Outgassing Of Activated Carbon Oxidized In The Liquid Phase
Penetration Of Sodium Catalysts In Activated Carbon: Effect On The Porous Structure And Reactivity In Air, Carbon Dioxide And Steam
Stability Towards Heating And Outgassing Of Activated Carbon Oxidized In The Liquid Phase
Penetration Of Sodium Catalysts In Activated Carbon: Effect On The Porous Structure And Reactivity In Air, Carbon Dioxide And Steam
Study Of Sulfur Introduction In Activated Carbon
Penetration Of Sodium Catalysts In Activated Carbon: Effect On The Porous Structure And Reactivity In Air, Carbon Dioxide And Steam
Study Of Sulfur Introduction In Activated Carbon
Penetration Of Na Compounds - Catalysts Of The Gasification Reaction - In Activated Carbon By Heating Between 380 And 950 °c
Study Of Sulfur Introduction In Activated Carbon
Penetration Of Na Compounds - Catalysts Of The Gasification Reaction - In Activated Carbon By Heating Between 380 And 950 °c
Catalysis By Alkali And Alkaline Earth Metals Of The Gasification In Co2 And In Steam Of Chars From A Bituminous Coal With High Inorganic Matter Content
Penetration Of Na Compounds - Catalysts Of The Gasification Reaction - In Activated Carbon By Heating Between 380 And 950 °c
Catalysis By Alkali And Alkaline Earth Metals Of The Gasification In Co2 And In Steam Of Chars From A Bituminous Coal With High Inorganic Matter Content
Textural Study Of A Coal From Villanueva De Rio Y Minas (Sevilla, Spain) And Of Samples Prepared From It By Acid And Heat Treatments
Catalysis By Alkali And Alkaline Earth Metals Of The Gasification In Co2 And In Steam Of Chars From A Bituminous Coal With High Inorganic Matter Content
Textural Study Of A Coal From Villanueva De Rio Y Minas (Sevilla, Spain) And Of Samples Prepared From It By Acid And Heat Treatments
Gasification In Air And In Steam Of A Partly Demineralized And Heat-Treated Coal
Textural Study Of A Coal From Villanueva De Rio Y Minas (Sevilla, Spain) And Of Samples Prepared From It By Acid And Heat Treatments
Gasification In Air And In Steam Of A Partly Demineralized And Heat-Treated Coal
Thermal Behaviour In Air Of A Bituminous Coal With High Mineral Matter Content Doped With Compounds Of Alkali And Alkaline Earth Metals
Gasification In Air And In Steam Of A Partly Demineralized And Heat-Treated Coal
Thermal Behaviour In Air Of A Bituminous Coal With High Mineral Matter Content Doped With Compounds Of Alkali And Alkaline Earth Metals
Thermal Behaviour In Steam Of A Bituminous Coal Doped With Alkali And Alkaline Earth Metals
Thermal Behaviour In Air Of A Bituminous Coal With High Mineral Matter Content Doped With Compounds Of Alkali And Alkaline Earth Metals
Thermal Behaviour In Steam Of A Bituminous Coal Doped With Alkali And Alkaline Earth Metals
Influence Of Particle Size And Pyrolysis Conditions On Yield, Density And Some Textural Parameters Of Chars Prepared From Holm-Oak Wood
Thermal Behaviour In Steam Of A Bituminous Coal Doped With Alkali And Alkaline Earth Metals
Influence Of Particle Size And Pyrolysis Conditions On Yield, Density And Some Textural Parameters Of Chars Prepared From Holm-Oak Wood
Catalysis By Alkali And Alkaline-Earth Metals Of The Gasification In Co2 And Steam Of Chars From A Semi-Anthracite With High Inorganic Matter Content
Influence Of Particle Size And Pyrolysis Conditions On Yield, Density And Some Textural Parameters Of Chars Prepared From Holm-Oak Wood
Catalysis By Alkali And Alkaline-Earth Metals Of The Gasification In Co2 And Steam Of Chars From A Semi-Anthracite With High Inorganic Matter Content
Effect Of Acid And Heat Treatments On Surface Area And Porosity Of A Spanish Coal With High Mineral Matter Content
Catalysis By Alkali And Alkaline-Earth Metals Of The Gasification In Co2 And Steam Of Chars From A Semi-Anthracite With High Inorganic Matter Content
Effect Of Acid And Heat Treatments On Surface Area And Porosity Of A Spanish Coal With High Mineral Matter Content
Conversión Termoquímica De Serrín De Madera De Encina
Effect Of Acid And Heat Treatments On Surface Area And Porosity Of A Spanish Coal With High Mineral Matter Content
Conversión Termoquímica De Serrín De Madera De Encina
Gasification In Steam Of A Bituminous Coal From Peñarroya (Cordoba, Spain) And Of Different Samples Prepared From It
Conversión Termoquímica De Serrín De Madera De Encina
Gasification In Steam Of A Bituminous Coal From Peñarroya (Cordoba, Spain) And Of Different Samples Prepared From It
Preparation Of Active Carbons From Olive Wood.
Gasification In Steam Of A Bituminous Coal From Peñarroya (Cordoba, Spain) And Of Different Samples Prepared From It
Preparation Of Active Carbons From Olive Wood.
Insights About The Formation Of Secondary Char During Htc Processes
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