PUBLICACIÓN

Coconut Shell-Derived Activated Carbons: Preparation, Physicochemical Properties, and Dye Removal from Water

ACCEDER A LA PUBLICACIÓN: Orcid

2026

DOI

10.3390/molecules31020263

AUTORES DE LA UEX

María Francisca Alexandre Franco

OTRAS PUBLICACIONES DE INTERÉS

Voltammetric Behavior And Simultaneous Determination Of The Antioxidants Propyl Gallate, Butylated Hydroxyanisole, And Butylated Hydroxytoluene In Acidic Acetonitrile-Water Medium Using Pls Calibration
Coconut Shell-Derived Activated Carbons: Preparation, Physicochemical Properties, And Dye Removal From Water
Recent Advances In The Heavy Metals Removal Using Ammonium Molybdophosphate Composites: A Review
Coconut Shell-Derived Activated Carbons: Preparation, Physicochemical Properties, And Dye Removal From Water
Recent Advances In The Heavy Metals Removal Using Ammonium Molybdophosphate Composites: A Review
Use Of Artificial Intelligence By Science University Students
Recent Advances In The Heavy Metals Removal Using Ammonium Molybdophosphate Composites: A Review
Use Of Artificial Intelligence By Science University Students
Waste Surgical Masks As Precursors Of Activated Carbon: A Circular Economy Approach To Mitigate The Impact Of Microplastics And Emerging Dye Contaminants
Use Of Artificial Intelligence By Science University Students
Waste Surgical Masks As Precursors Of Activated Carbon: A Circular Economy Approach To Mitigate The Impact Of Microplastics And Emerging Dye Contaminants
Support Surface Chemistry Evolution During The Preparation Of Metal Oxide–activated Carbon Catalysts By Wet Impregnation: A Ft-Ir Spectroscopy Analysis
Waste Surgical Masks As Precursors Of Activated Carbon: A Circular Economy Approach To Mitigate The Impact Of Microplastics And Emerging Dye Contaminants
Support Surface Chemistry Evolution During The Preparation Of Metal Oxide–activated Carbon Catalysts By Wet Impregnation: A Ft-Ir Spectroscopy Analysis
Coffee Waste As A Green Precursor For Iron Nanoparticles: Toward Circular, Efficient And Eco-Friendly Dye Removal From Aqueous Systems
Support Surface Chemistry Evolution During The Preparation Of Metal Oxide–activated Carbon Catalysts By Wet Impregnation: A Ft-Ir Spectroscopy Analysis
Coffee Waste As A Green Precursor For Iron Nanoparticles: Toward Circular, Efficient And Eco-Friendly Dye Removal From Aqueous Systems
Exploring The Role Of Surface And Porosity In Co2 Capture By Cao-Based Adsorbents Through Response Surface Methodology (Rsm) And Artificial Neural Networks (Ann)
Coffee Waste As A Green Precursor For Iron Nanoparticles: Toward Circular, Efficient And Eco-Friendly Dye Removal From Aqueous Systems
Exploring The Role Of Surface And Porosity In Co2 Capture By Cao-Based Adsorbents Through Response Surface Methodology (Rsm) And Artificial Neural Networks (Ann)
Use Of Zero-Valent Iron Nanoparticles (Nzvis) From Environmentally Friendly Synthesis For The Removal Of Dyes From Water—a Review
Exploring The Role Of Surface And Porosity In Co2 Capture By Cao-Based Adsorbents Through Response Surface Methodology (Rsm) And Artificial Neural Networks (Ann)
Use Of Zero-Valent Iron Nanoparticles (Nzvis) From Environmentally Friendly Synthesis For The Removal Of Dyes From Water—a Review
Leveraging The Potential Of In Situ Green-Synthesized Zero-Valent Iron Nanoparticles (Nzvi) For Advanced Oxidation Of Clinical Dyes In Water
Use Of Zero-Valent Iron Nanoparticles (Nzvis) From Environmentally Friendly Synthesis For The Removal Of Dyes From Water—a Review
Leveraging The Potential Of In Situ Green-Synthesized Zero-Valent Iron Nanoparticles (Nzvi) For Advanced Oxidation Of Clinical Dyes In Water
Recent Advances In Polymer Science And Fabrication Processes For Enhanced Microfluidic Applications: An Overview
Leveraging The Potential Of In Situ Green-Synthesized Zero-Valent Iron Nanoparticles (Nzvi) For Advanced Oxidation Of Clinical Dyes In Water
Recent Advances In Polymer Science And Fabrication Processes For Enhanced Microfluidic Applications: An Overview
Valorizing Tea Waste: Green Synthesis Of Iron Nanoparticles For Efficient Dye Removal From Water
Recent Advances In Polymer Science And Fabrication Processes For Enhanced Microfluidic Applications: An Overview
Valorizing Tea Waste: Green Synthesis Of Iron Nanoparticles For Efficient Dye Removal From Water
Synthesis Of A Sustainable Material Based On Pecan Nutshell For The Elimination Of Diclofenac In Aqueous Solution: Characterization And Adsorption Studies
Valorizing Tea Waste: Green Synthesis Of Iron Nanoparticles For Efficient Dye Removal From Water
Synthesis Of A Sustainable Material Based On Pecan Nutshell For The Elimination Of Diclofenac In Aqueous Solution: Characterization And Adsorption Studies
Surface Chemistry Of Cherry Stone-Derived Activated Carbon Prepared By H3po4 Activation
Synthesis Of A Sustainable Material Based On Pecan Nutshell For The Elimination Of Diclofenac In Aqueous Solution: Characterization And Adsorption Studies
Surface Chemistry Of Cherry Stone-Derived Activated Carbon Prepared By H3po4 Activation
“mise In Place” Como Herramienta Para Mejorar El Proceso De Enseñanza-Aprendizaje En El Laboratorio De Química
Surface Chemistry Of Cherry Stone-Derived Activated Carbon Prepared By H3po4 Activation
“mise In Place” Como Herramienta Para Mejorar El Proceso De Enseñanza-Aprendizaje En El Laboratorio De Química
Single Adsorption Of Diclofenac And Ronidazole From Aqueous Solution On Commercial Activated Carbons: Effect Of Chemical And Textural Properties
“mise In Place” Como Herramienta Para Mejorar El Proceso De Enseñanza-Aprendizaje En El Laboratorio De Química
Single Adsorption Of Diclofenac And Ronidazole From Aqueous Solution On Commercial Activated Carbons: Effect Of Chemical And Textural Properties
Olive-Tree Polyphenols And Urban Mining. A Greener Alternative For The Recovery Of Valuable Metals From Scrap Printed Circuit Boards
Single Adsorption Of Diclofenac And Ronidazole From Aqueous Solution On Commercial Activated Carbons: Effect Of Chemical And Textural Properties
Olive-Tree Polyphenols And Urban Mining. A Greener Alternative For The Recovery Of Valuable Metals From Scrap Printed Circuit Boards
Waste Valorization In Winemaking Industry: Vine Shoots As Precursors To Optimize Sensory Features In White Wine
Olive-Tree Polyphenols And Urban Mining. A Greener Alternative For The Recovery Of Valuable Metals From Scrap Printed Circuit Boards
Waste Valorization In Winemaking Industry: Vine Shoots As Precursors To Optimize Sensory Features In White Wine
Carbonaceous Adsorbents From Polymers-Rubber And Plastic Wastes For Adsorption Of Methylene Blue
Waste Valorization In Winemaking Industry: Vine Shoots As Precursors To Optimize Sensory Features In White Wine
Carbonaceous Adsorbents From Polymers-Rubber And Plastic Wastes For Adsorption Of Methylene Blue
Adsorption Of Bisphenol A By Activated Carbon Developed From Pet Waste By Koh Activation
Carbonaceous Adsorbents From Polymers-Rubber And Plastic Wastes For Adsorption Of Methylene Blue
Adsorption Of Bisphenol A By Activated Carbon Developed From Pet Waste By Koh Activation
Advanced Oxidation Processes For The Removal Of Antibiotics From Water. An Overview
Adsorption Of Bisphenol A By Activated Carbon Developed From Pet Waste By Koh Activation
Advanced Oxidation Processes For The Removal Of Antibiotics From Water. An Overview
Surface Morphological Characterization Of Activated Carbon-Metal (Hydr)oxide Composites: Some Insights Into The Role Of The Precursor Chemistry In Aqueous Solution
Advanced Oxidation Processes For The Removal Of Antibiotics From Water. An Overview
Surface Morphological Characterization Of Activated Carbon-Metal (Hydr)oxide Composites: Some Insights Into The Role Of The Precursor Chemistry In Aqueous Solution
Activated Carbon Surface Chemistry: Changes Upon Impregnation With Al(Iii), Fe(Iii) And Zn(Ii)-Metal Oxide Catalyst Precursors From No3− Aqueous Solutions
Surface Morphological Characterization Of Activated Carbon-Metal (Hydr)oxide Composites: Some Insights Into The Role Of The Precursor Chemistry In Aqueous Solution
Activated Carbon Surface Chemistry: Changes Upon Impregnation With Al(Iii), Fe(Iii) And Zn(Ii)-Metal Oxide Catalyst Precursors From No3− Aqueous Solutions
How Does Phosphoric Acid Interact With Cherry Stones? A Discussion On Overlooked Aspects Of Chemical Activation
Activated Carbon Surface Chemistry: Changes Upon Impregnation With Al(Iii), Fe(Iii) And Zn(Ii)-Metal Oxide Catalyst Precursors From No3− Aqueous Solutions
How Does Phosphoric Acid Interact With Cherry Stones? A Discussion On Overlooked Aspects Of Chemical Activation
Activated Carbon From Cherry Stones By Chemical Activation: Influence Of The Impregnation Method On Porous Structure
How Does Phosphoric Acid Interact With Cherry Stones? A Discussion On Overlooked Aspects Of Chemical Activation
Activated Carbon From Cherry Stones By Chemical Activation: Influence Of The Impregnation Method On Porous Structure
Study Of The Adsorption And Electroadsorption Process Of Cu (Ii) Ions Within Thermally And Chemically Modified Activated Carbon
Activated Carbon From Cherry Stones By Chemical Activation: Influence Of The Impregnation Method On Porous Structure
Study Of The Adsorption And Electroadsorption Process Of Cu (Ii) Ions Within Thermally And Chemically Modified Activated Carbon
Preparation Of Activated Carbon-Metal (Hydr)oxide Photocatalysts Under Different Heating Conditions: Chemical Aspects
Study Of The Adsorption And Electroadsorption Process Of Cu (Ii) Ions Within Thermally And Chemically Modified Activated Carbon
Preparation Of Activated Carbon-Metal (Hydr)oxide Photocatalysts Under Different Heating Conditions: Chemical Aspects
Preparation Of High-Quality Activated Carbon From Polyethyleneterephthalate (Pet) Bottle Waste. Its Use In The Removal Of Pollutants In Aqueous Solution
Preparation Of Activated Carbon-Metal (Hydr)oxide Photocatalysts Under Different Heating Conditions: Chemical Aspects
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
Activated Carbon Surface Chemistry: Changes Upon Impregnation With Al(Iii), Fe(Iii) And Zn(Ii)-Metal Oxide Catalyst Precursors From No3- Aqueous Solutions
Electrical Conductivity Of Metal (Hydr)oxide-Activated Carbon Composites Under Compression. A Comparison Study
Activated Carbon Surface Chemistry: Changes Upon Impregnation With Al(Iii), Fe(Iii) And Zn(Ii)-Metal Oxide Catalyst Precursors From No3- Aqueous Solutions
Preparation Of Activated Carbon-Metal (Hydr) Oxide Materials By Thermal Methods. Thermogravimetric-Mass Spectrometric (Tg-Ms) Analysis
Activated Carbon Surface Chemistry: Changes Upon Impregnation With Al(Iii), Fe(Iii) And Zn(Ii)-Metal Oxide Catalyst Precursors From No3- Aqueous Solutions
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
Electrical Conductivity Of Activated Carbon-Metal Oxide Nanocomposites Under Compression: A Comparison Study
Temperature Dependence Of The Electrical Conductivity Of Activated Carbons Prepared From Vine Shoots By Physical And Chemical Activation Methods
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
Cadmium And Lead Remediation Using Magnetic Oak Wood And Oak Bark Fast Pyrolysis Bio-Chars
Preparation Of Activated Carbon-Metal Oxide Hybrid Catalysts: Textural Characterization
Cadmium And Lead Remediation Using Magnetic Oak Wood And Oak Bark Fast Pyrolysis Bio-Chars
On The Use Of A Natural Peat For The Removal Of Cr(Vi) From Aqueous Solutions
Cadmium And Lead Remediation Using Magnetic Oak Wood And Oak Bark Fast Pyrolysis Bio-Chars
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
Activated Carbon As A Metal Oxide Support: A Review
Preparation Of Micropore-Containing Adsorbents From Kenaf Fibers And Their Use In Mercury Removal From Aqueous Solution
Activated Carbon As A Metal Oxide Support: A Review
Preparación De Adsorbentes Carbonosos A Partir De Goma De Neumáticos
Activated Carbon As A Metal Oxide Support: A Review
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
Development Of Magnetic Activated Carbon From Almond Shells For Trinitrophenol Removal From Water
Development Of Adsorbents From Used Tire Rubber: Their Use In The Adsorption Of Organic And Inorganic Solutes In Aqueous Solution
Development Of Magnetic Activated Carbon From Almond Shells For Trinitrophenol Removal From Water
Shock Resistance And Compression Analysis Of Concrete In Expanded Polystyrene Formworks (Epsfws)
Development Of Magnetic Activated Carbon From Almond Shells For Trinitrophenol Removal From Water
Shock Resistance And Compression Analysis Of Concrete In Expanded Polystyrene Formworks (Epsfws)
Preparación Y Caracterización De Carbones Activados A Partir De Sarmientos De Viñedos (Variedad Tempranillo) De Tierra De Barros. Aplicabilidad A La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
Shock Resistance And Compression Analysis Of Concrete In Expanded Polystyrene Formworks (Epsfws)
Preparación Y Caracterización De Carbones Activados A Partir De Sarmientos De Viñedos (Variedad Tempranillo) De Tierra De Barros. Aplicabilidad A La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
Adsorption Isotherms Of Methylene Blue In Aqueous Solution Onto Activated Carbons Developed From Vine Shoots (Vitis Vinifera) By Physical And Chemical Methods
Preparación Y Caracterización De Carbones Activados A Partir De Sarmientos De Viñedos (Variedad Tempranillo) De Tierra De Barros. Aplicabilidad A La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
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
Nitrogen Adsorption On Carbonaceous Materials. A Comparison Between Static And Dynamic Methods
Devulcanization And Demineralization Of Used Tire Rubber By Thermal Chemical Methods: A Study By X-Ray Diffraction
Nitrogen Adsorption On Carbonaceous Materials. A Comparison Between Static And Dynamic Methods
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
Nitrogen Adsorption On Carbonaceous Materials. A Comparison Between Static And Dynamic Methods
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
Uptake Of Lead By Carbonaceous Adsorbents Developed From Tire Rubber
Carbonización A Alta Temperatura De Sarmientos De Variedad Tempranillo Y Activación Con Koh Para La Eliminación De Metales Pesados Tóxicos En Aguas Residuales
Uptake Of Lead By Carbonaceous Adsorbents Developed From Tire Rubber
Utilización De Residuos Agroindustriales Y Sintéticos Generados En La Comunidad Autónoma De Extremadura Para La Preparación De Absorbentes Carbonosos
Uptake Of Lead By Carbonaceous Adsorbents Developed From Tire Rubber
Utilización De Residuos Agroindustriales Y Sintéticos Generados En La Comunidad Autónoma De Extremadura Para La Preparación De Absorbentes Carbonosos
Aprovechamiento De La Goma De Neúmatico Para La Preparación De Adsorbentes Carbonosos
Utilización De Residuos Agroindustriales Y Sintéticos Generados En La Comunidad Autónoma De Extremadura Para La Preparación De Absorbentes Carbonosos
Aprovechamiento De La Goma De Neúmatico Para La Preparación De Adsorbentes Carbonosos
Sorption Of Arsenic, Cadmium, And Lead By Chars Produced From Fast Pyrolysis Of Wood And Bark During Bio-Oil Production
Aprovechamiento De La Goma De Neúmatico Para La Preparación De Adsorbentes Carbonosos
Sorption Of Arsenic, Cadmium, And Lead By Chars Produced From Fast Pyrolysis Of Wood And Bark During Bio-Oil Production
Preparation Of Activated Carbons From Walnut Wood: A Study Of Microporosity And Fractal Dimension
Sorption Of Arsenic, Cadmium, And Lead By Chars Produced From Fast Pyrolysis Of Wood And Bark During Bio-Oil Production
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
Characterization Of Virgin Olive Oils According To Its Triglycerides And Sterols Composition By Chemometric Methods
Preparation Of Activated Carbons From Chestnut Wood By Phosphoric Acid-Chemical Activation. Study Of Microporosity And Fractal Dimension
Characterization Of Virgin Olive Oils According To Its Triglycerides And Sterols Composition By Chemometric Methods
Simultaneous Fluorimetric Determination Of Glyphosate And Its Metabolite, Aminomethylphosphonic Acid, In Water, Previous Derivatization With Nbd-Cl And By Partial Least Squares Calibration (Pls)
Characterization Of Virgin Olive Oils According To Its Triglycerides And Sterols Composition By Chemometric Methods
Simultaneous Fluorimetric Determination Of Glyphosate And Its Metabolite, Aminomethylphosphonic Acid, In Water, Previous Derivatization With Nbd-Cl And By Partial Least Squares Calibration (Pls)
Optimizing The Application Of Infrared Spectroscopy For The Study Of Carbonaceous Materials
Simultaneous Fluorimetric Determination Of Glyphosate And Its Metabolite, Aminomethylphosphonic Acid, In Water, Previous Derivatization With Nbd-Cl And By Partial Least Squares Calibration (Pls)
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
Physico-Chemical Properties Of Low-Rank Coals: Thermal And Demineralisation Effects
Electrical Conductivity Of Carbon Blacks Under Compression
Physico-Chemical Properties Of Low-Rank Coals: Thermal And Demineralisation Effects
Voltammetric Behavior And Determination Of Tocopherols With Partial Least Squares Calibration: Analysis In Vegetable Oil Samples
Physico-Chemical Properties Of Low-Rank Coals: Thermal And Demineralisation Effects
Voltammetric Behavior And Determination Of Tocopherols With Partial Least Squares Calibration: Analysis In Vegetable Oil Samples
Adsorption Of Cadmium By Sulphur Dioxide Treated Activated Carbon
Voltammetric Behavior And Determination Of Tocopherols With Partial Least Squares Calibration: Analysis In Vegetable Oil Samples
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
Stopped Flow Kinetic-Spectrophotometric Determination Of Diquat In Waters
Carbonization And Demineralization Of Coals: A Study By Means Of Ft-Ir Spectroscopy
Stopped Flow Kinetic-Spectrophotometric Determination Of Diquat In Waters
Voltammetric Behavior And Simultaneous Determination Of The Antioxidants Propyl Gallate, Butylated Hydroxyanisole, And Butylated Hydroxytoluene In Acidic Acetonitrile-Water Medium Using Pls Calibration
Stopped Flow Kinetic-Spectrophotometric Determination Of Diquat In Waters
Voltammetric Behavior And Simultaneous Determination Of The Antioxidants Propyl Gallate, Butylated Hydroxyanisole, And Butylated Hydroxytoluene In Acidic Acetonitrile-Water Medium Using Pls Calibration
Coconut Shell-Derived Activated Carbons: Preparation, Physicochemical Properties, And Dye Removal From Water
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