PUBLICACIÓN

Biodegradable Shape Memory Nanocomposites Based on PCL/PPC/Graphene: As a Proposal Material for Cardiovascular Stent

ACCEDER A LA PUBLICACIÓN: Scopus

2025 Journal of Polymers and the Environment

CITAS

0

DOI

10.1007/s10924-025-03546-z

EID

2-s2.0-105002966862

ISSN

1566-2543

EISSN

1572-8919

AUTORES DE LA UEX

Carlos Javier Durán Valle

OTRAS PUBLICACIONES DE INTERÉS

Oxidation Of Enamines Derived From Sugars
Catalytic Screening For 1,2-Diol Protection: A Saccharose-Derived Hydrothermal Carbon Showcases Enhanced Performance
Purification Of Biodiesel Polluted By Copper Using An Activated Carbon Prepared From Spent Coffee Grounds: Adsorption Property Tailoring, Batch And Packed-Bed Studies
Catalytic Screening For 1,2-Diol Protection: A Saccharose-Derived Hydrothermal Carbon Showcases Enhanced Performance
Purification Of Biodiesel Polluted By Copper Using An Activated Carbon Prepared From Spent Coffee Grounds: Adsorption Property Tailoring, Batch And Packed-Bed Studies
Tuning Synthesis And Sonochemistry Forges Learning And Enhances Educational Training: Protection Of 1,3-Diols Under Heterogeneous Catalysis As Sustainable Case Study
Purification Of Biodiesel Polluted By Copper Using An Activated Carbon Prepared From Spent Coffee Grounds: Adsorption Property Tailoring, Batch And Packed-Bed Studies
Tuning Synthesis And Sonochemistry Forges Learning And Enhances Educational Training: Protection Of 1,3-Diols Under Heterogeneous Catalysis As Sustainable Case Study
Lanthanide-Based Metal-Organic Frameworks Mof-76 For The Depollution Of Xenobiotics From Water: Arsenic And Fluoride Adsorption Properties And Multi-Anionic Mechanism Analysis
Tuning Synthesis And Sonochemistry Forges Learning And Enhances Educational Training: Protection Of 1,3-Diols Under Heterogeneous Catalysis As Sustainable Case Study
Lanthanide-Based Metal-Organic Frameworks Mof-76 For The Depollution Of Xenobiotics From Water: Arsenic And Fluoride Adsorption Properties And Multi-Anionic Mechanism Analysis
Biodegradable Shape Memory Nanocomposites Based On Pcl/ppc/graphene: As A Proposal Material For Cardiovascular Stent
Lanthanide-Based Metal-Organic Frameworks Mof-76 For The Depollution Of Xenobiotics From Water: Arsenic And Fluoride Adsorption Properties And Multi-Anionic Mechanism Analysis
Biodegradable Shape Memory Nanocomposites Based On Pcl/ppc/graphene: As A Proposal Material For Cardiovascular Stent
Materiales Carbonosos Híbridos Obtenidos Por Cabonización Hidrotermal. Adsorción De Torio
Biodegradable Shape Memory Nanocomposites Based On Pcl/ppc/graphene: As A Proposal Material For Cardiovascular Stent
Materiales Carbonosos Híbridos Obtenidos Por Cabonización Hidrotermal. Adsorción De Torio
Preparación Y Caracterización De Carbones Obtenidos Por Carbonización Hidrotermal. Adsorción De Uranio
Materiales Carbonosos Híbridos Obtenidos Por Cabonización Hidrotermal. Adsorción De Torio
Preparación Y Caracterización De Carbones Obtenidos Por Carbonización Hidrotermal. Adsorción De Uranio
Recubrimiento Hidrotermal De Un Carbón Activado. Un Nuevo Adsorbente
Preparación Y Caracterización De Carbones Obtenidos Por Carbonización Hidrotermal. Adsorción De Uranio
Recubrimiento Hidrotermal De Un Carbón Activado. Un Nuevo Adsorbente
Bionanocomposites Preparation By Design: Planning Based On The Modification Of Ceria Nanoparticles By Polydopamine Interleaved With The Chitosan Biopolymer
Recubrimiento Hidrotermal De Un Carbón Activado. Un Nuevo Adsorbente
Bionanocomposites Preparation By Design: Planning Based On The Modification Of Ceria Nanoparticles By Polydopamine Interleaved With The Chitosan Biopolymer
A Fluorescent Furan-Based Probe With Protected Functional Groups For Highly Selective And Non-Toxic Imaging Of Ht-29 Cancer Cells And 4t1 Tumors
Bionanocomposites Preparation By Design: Planning Based On The Modification Of Ceria Nanoparticles By Polydopamine Interleaved With The Chitosan Biopolymer
A Fluorescent Furan-Based Probe With Protected Functional Groups For Highly Selective And Non-Toxic Imaging Of Ht-29 Cancer Cells And 4t1 Tumors
Preparación De Carbamatos A Partir De Aminas Aromáticas Mediante Catálisis Heterogénea
A Fluorescent Furan-Based Probe With Protected Functional Groups For Highly Selective And Non-Toxic Imaging Of Ht-29 Cancer Cells And 4t1 Tumors
Preparación De Carbamatos A Partir De Aminas Aromáticas Mediante Catálisis Heterogénea
A Circular Economy Approach To Produce Low-Cost Biodiesel Using Agro-Industrial And Packing Wastes From Mexico: Valorization, Homogeneous And Heterogeneous Reaction Routes And Product Characterization
Preparación De Carbamatos A Partir De Aminas Aromáticas Mediante Catálisis Heterogénea
A Circular Economy Approach To Produce Low-Cost Biodiesel Using Agro-Industrial And Packing Wastes From Mexico: Valorization, Homogeneous And Heterogeneous Reaction Routes And Product Characterization
Kinetic And Mechanistic Analysis Of Phenol Adsorption On Activated Carbons From Kenaf
A Circular Economy Approach To Produce Low-Cost Biodiesel Using Agro-Industrial And Packing Wastes From Mexico: Valorization, Homogeneous And Heterogeneous Reaction Routes And Product Characterization
Kinetic And Mechanistic Analysis Of Phenol Adsorption On Activated Carbons From Kenaf
Unlocking The Potential Of Chemically Modified Carbon Gels In Gallic Acid Adsorption
Kinetic And Mechanistic Analysis Of Phenol Adsorption On Activated Carbons From Kenaf
Unlocking The Potential Of Chemically Modified Carbon Gels In Gallic Acid Adsorption
Unlocking The Potential Of Chemically Modified Carbon Gels In Gallic Acid Adsorption
Unlocking The Potential Of Chemically Modified Carbon Gels In Gallic Acid Adsorption
Unlocking The Potential Of Chemically Modified Carbon Gels In Gallic Acid Adsorption
Reinvigorating Aza-Michael Reactions Under Ionic Liquid Catalysis: A Greener Approach†
Unlocking The Potential Of Chemically Modified Carbon Gels In Gallic Acid Adsorption
Reinvigorating Aza-Michael Reactions Under Ionic Liquid Catalysis: A Greener Approach†
Ring Opening Polymerization Used For The Production Of Voc Free High-Performance Ecofriendly Novel Pbz/pda/ceo2 Nanocomposites
Reinvigorating Aza-Michael Reactions Under Ionic Liquid Catalysis: A Greener Approach†
Ring Opening Polymerization Used For The Production Of Voc Free High-Performance Ecofriendly Novel Pbz/pda/ceo2 Nanocomposites
An Eco-Friendly And Switchable Carbon-Based Catalyst For Protection-Deprotection Of Vicinal Diols
Ring Opening Polymerization Used For The Production Of Voc Free High-Performance Ecofriendly Novel Pbz/pda/ceo2 Nanocomposites
An Eco-Friendly And Switchable Carbon-Based Catalyst For Protection-Deprotection Of Vicinal Diols
Green Heterogeneous Catalysts For Cleaner Solvent-Free Production Of Acetates
An Eco-Friendly And Switchable Carbon-Based Catalyst For Protection-Deprotection Of Vicinal Diols
Green Heterogeneous Catalysts For Cleaner Solvent-Free Production Of Acetates
From Waste To Resource: Utilizing Sweet Chestnut Waste To Produce Hydrothermal Carbon For Water Decontamination
Green Heterogeneous Catalysts For Cleaner Solvent-Free Production Of Acetates
From Waste To Resource: Utilizing Sweet Chestnut Waste To Produce Hydrothermal Carbon For Water Decontamination
Hydrothermal Carbon Coating Of An Activated Carbon—a New Adsorbent
From Waste To Resource: Utilizing Sweet Chestnut Waste To Produce Hydrothermal Carbon For Water Decontamination
Hydrothermal Carbon Coating Of An Activated Carbon—a New Adsorbent
Synthesis And Application Of The Fluorescent Furan And Imidazole Probes For Selective In Vivo And In Vitro Cancer Cell Imaging
Hydrothermal Carbon Coating Of An Activated Carbon—a New Adsorbent
Synthesis And Application Of The Fluorescent Furan And Imidazole Probes For Selective In Vivo And In Vitro Cancer Cell Imaging
Use Of Phosphorylated Chitosan/alumina Nanoadditives For Polymer Performance Improvement
Synthesis And Application Of The Fluorescent Furan And Imidazole Probes For Selective In Vivo And In Vitro Cancer Cell Imaging
Use Of Phosphorylated Chitosan/alumina Nanoadditives For Polymer Performance Improvement
Eco-Friendly Mechanochemical Synthesis Of Titania-Graphene Nanocomposites For Pesticide Photodegradation
Use Of Phosphorylated Chitosan/alumina Nanoadditives For Polymer Performance Improvement
Eco-Friendly Mechanochemical Synthesis Of Titania-Graphene Nanocomposites For Pesticide Photodegradation
Solvatochromism Study Of Donor–acceptor Blue Fluorophore And Its Application In Cation And Oxidant Sensing
Eco-Friendly Mechanochemical Synthesis Of Titania-Graphene Nanocomposites For Pesticide Photodegradation
Solvatochromism Study Of Donor–acceptor Blue Fluorophore And Its Application In Cation And Oxidant Sensing
Use Of Phosphorylated Chitosan/alumina Nanoadditives For Polymer Performance Improvement.
Solvatochromism Study Of Donor–acceptor Blue Fluorophore And Its Application In Cation And Oxidant Sensing
Use Of Phosphorylated Chitosan/alumina Nanoadditives For Polymer Performance Improvement.
Synthesis And Characterisation Of Acid/basic Modified Adsorbents. Application For Chlorophenols Removal
Use Of Phosphorylated Chitosan/alumina Nanoadditives For Polymer Performance Improvement.
Synthesis And Characterisation Of Acid/basic Modified Adsorbents. Application For Chlorophenols Removal
Impact Of Water Matrix And Oxidant Agent On The Solar Assisted Photodegradation Of A Complex Mix Of Pesticides Over Titania-Reduced Graphene Oxide Nanocomposites
Synthesis And Characterisation Of Acid/basic Modified Adsorbents. Application For Chlorophenols Removal
Impact Of Water Matrix And Oxidant Agent On The Solar Assisted Photodegradation Of A Complex Mix Of Pesticides Over Titania-Reduced Graphene Oxide Nanocomposites
Recycling Of Tetra Pak Wastes Via Pyrolysis: Characterization Of Solid Products And Application Of The Resulting Char In The Adsorption Of Mercury From Water
Impact Of Water Matrix And Oxidant Agent On The Solar Assisted Photodegradation Of A Complex Mix Of Pesticides Over Titania-Reduced Graphene Oxide Nanocomposites
Recycling Of Tetra Pak Wastes Via Pyrolysis: Characterization Of Solid Products And Application Of The Resulting Char In The Adsorption Of Mercury From Water
Carbon–heteroatom Bond Formation Via Coupling Reactions Performed On A Magnetic Nanoparticle Bed
Recycling Of Tetra Pak Wastes Via Pyrolysis: Characterization Of Solid Products And Application Of The Resulting Char In The Adsorption Of Mercury From Water
Carbon–heteroatom Bond Formation Via Coupling Reactions Performed On A Magnetic Nanoparticle Bed
Performance Of Iron-Functionalized Activated Carbon Catalysts (Fe/ac-F) On Cwpo Wastewater Treatment
Carbon–heteroatom Bond Formation Via Coupling Reactions Performed On A Magnetic Nanoparticle Bed
Performance Of Iron-Functionalized Activated Carbon Catalysts (Fe/ac-F) On Cwpo Wastewater Treatment
Synthesis And Characterization Of Nanostructured Calcium Oxides Supported Onto Biochar And Their Application As Catalysts For Biodiesel Production
Performance Of Iron-Functionalized Activated Carbon Catalysts (Fe/ac-F) On Cwpo Wastewater Treatment
Synthesis And Characterization Of Nanostructured Calcium Oxides Supported Onto Biochar And Their Application As Catalysts For Biodiesel Production
Acidic Porous Carbons Involved In The Green And Selective Synthesis Of Benzodiazepines
Synthesis And Characterization Of Nanostructured Calcium Oxides Supported Onto Biochar And Their Application As Catalysts For Biodiesel Production
Acidic Porous Carbons Involved In The Green And Selective Synthesis Of Benzodiazepines
Preparation Of A New Adsorbent For The Removal Of Arsenic And Its Simulation With Artificial Neural Network-Based Adsorption Models
Acidic Porous Carbons Involved In The Green And Selective Synthesis Of Benzodiazepines
Preparation Of A New Adsorbent For The Removal Of Arsenic And Its Simulation With Artificial Neural Network-Based Adsorption Models
Analysis Of The Effect Of A Magnetic Field Applied To A Process Of Adsorption Of Water Contaminants Using Adsorbents Of Different Magnetic Orderings
Preparation Of A New Adsorbent For The Removal Of Arsenic And Its Simulation With Artificial Neural Network-Based Adsorption Models
Analysis Of The Effect Of A Magnetic Field Applied To A Process Of Adsorption Of Water Contaminants Using Adsorbents Of Different Magnetic Orderings
Recovery Of Grape Waste For The Preparation Of Adsorbents For Water Treatment: Mercury Removal
Analysis Of The Effect Of A Magnetic Field Applied To A Process Of Adsorption Of Water Contaminants Using Adsorbents Of Different Magnetic Orderings
Recovery Of Grape Waste For The Preparation Of Adsorbents For Water Treatment: Mercury Removal
Removal Of Cod And Color From Textile Industrial Effluents Using Different Carbonaceous Materials Modified With Acids, Salts, And Hydrogen Peroxide
Recovery Of Grape Waste For The Preparation Of Adsorbents For Water Treatment: Mercury Removal
Removal Of Cod And Color From Textile Industrial Effluents Using Different Carbonaceous Materials Modified With Acids, Salts, And Hydrogen Peroxide
Functional Porous Carbons: Synthetic Strategies And Catalytic Application In Fine Chemical Synthesis
Removal Of Cod And Color From Textile Industrial Effluents Using Different Carbonaceous Materials Modified With Acids, Salts, And Hydrogen Peroxide
Functional Porous Carbons: Synthetic Strategies And Catalytic Application In Fine Chemical Synthesis
Lanthanum- And Cerium-Based Functionalization Of Chars And Activated Carbons For The Adsorption Of Fluoride And Arsenic Ions
Functional Porous Carbons: Synthetic Strategies And Catalytic Application In Fine Chemical Synthesis
Lanthanum- And Cerium-Based Functionalization Of Chars And Activated Carbons For The Adsorption Of Fluoride And Arsenic Ions
Thermochemical Processes For The Transformation Of Biomass Into Biofuels
Lanthanum- And Cerium-Based Functionalization Of Chars And Activated Carbons For The Adsorption Of Fluoride And Arsenic Ions
Thermochemical Processes For The Transformation Of Biomass Into Biofuels
Optimizing P25-Rgo Composites For Pesticides Degradation: Elucidation Of Photo-Mechanism
Thermochemical Processes For The Transformation Of Biomass Into Biofuels
Optimizing P25-Rgo Composites For Pesticides Degradation: Elucidation Of Photo-Mechanism
Synthesis, Characterization And Applications Of Carbon-Based Calcium Catalysts Deriving From Avocado Seeds For Biodiesel Production From Waste Cooking Oil
Optimizing P25-Rgo Composites For Pesticides Degradation: Elucidation Of Photo-Mechanism
Synthesis, Characterization And Applications Of Carbon-Based Calcium Catalysts Deriving From Avocado Seeds For Biodiesel Production From Waste Cooking Oil
Nitrógeno, El Elemento Que Cambió El Siglo Xx
Synthesis, Characterization And Applications Of Carbon-Based Calcium Catalysts Deriving From Avocado Seeds For Biodiesel Production From Waste Cooking Oil
Nitrógeno, El Elemento Que Cambió El Siglo Xx
Enhanced Catalytic Properties Of Carbon Supported Zirconia And Sulfated Zirconia For The Green Synthesis Of Benzodiazepines
Nitrógeno, El Elemento Que Cambió El Siglo Xx
Enhanced Catalytic Properties Of Carbon Supported Zirconia And Sulfated Zirconia For The Green Synthesis Of Benzodiazepines
Water Defluoridation With Avocado-Based Adsorbents: Synthesis, Physicochemical Characterization And Thermodynamic Studies
Enhanced Catalytic Properties Of Carbon Supported Zirconia And Sulfated Zirconia For The Green Synthesis Of Benzodiazepines
Water Defluoridation With Avocado-Based Adsorbents: Synthesis, Physicochemical Characterization And Thermodynamic Studies
Modification Of Carbons With Acids, Salts, And Hydrogen Peroxide For The Adsorption Of Anionic And Cationic Dyes In Single And Binary Systems With Cd2+ And Cro42–
Water Defluoridation With Avocado-Based Adsorbents: Synthesis, Physicochemical Characterization And Thermodynamic Studies
Modification Of Carbons With Acids, Salts, And Hydrogen Peroxide For The Adsorption Of Anionic And Cationic Dyes In Single And Binary Systems With Cd2+ And Cro42–
Sustainable Carbon-Based Materials As Heterogeneous Catalysts In Solvent-Free Acetylation Reactions
Modification Of Carbons With Acids, Salts, And Hydrogen Peroxide For The Adsorption Of Anionic And Cationic Dyes In Single And Binary Systems With Cd2+ And Cro42–
Sustainable Carbon-Based Materials As Heterogeneous Catalysts In Solvent-Free Acetylation Reactions
Radioactive Characterization Of Charcoal As A Tool In Identifying Fossil Contamination
Sustainable Carbon-Based Materials As Heterogeneous Catalysts In Solvent-Free Acetylation Reactions
Radioactive Characterization Of Charcoal As A Tool In Identifying Fossil Contamination
Bare Tio 2 And Graphene Oxide Tio 2 Photocatalysts On The Degradation Of Selected Pesticides And Influence Of The Water Matrix
Radioactive Characterization Of Charcoal As A Tool In Identifying Fossil Contamination
Bare Tio 2 And Graphene Oxide Tio 2 Photocatalysts On The Degradation Of Selected Pesticides And Influence Of The Water Matrix
Hydrothermal Carbonisation: An Eco-Friendly Method For The Production Of Carbon Adsorbents
Bare Tio 2 And Graphene Oxide Tio 2 Photocatalysts On The Degradation Of Selected Pesticides And Influence Of The Water Matrix
Hydrothermal Carbonisation: An Eco-Friendly Method For The Production Of Carbon Adsorbents
Activated Carbons As Catalyst In The Synthesis Of Fine Chemicals
Hydrothermal Carbonisation: An Eco-Friendly Method For The Production Of Carbon Adsorbents
Activated Carbons As Catalyst In The Synthesis Of Fine Chemicals
On The Optimization Of Activated Carbon-Supported Iron Catalysts In Catalytic Wet Peroxide Oxidation Process
Activated Carbons As Catalyst In The Synthesis Of Fine Chemicals
On The Optimization Of Activated Carbon-Supported Iron Catalysts In Catalytic Wet Peroxide Oxidation Process
Bare Tio2 And Graphene Oxide Tio2 Photocatalysts On The Degradation Of Selected Pesticides And Influence Of The Water Matrix
On The Optimization Of Activated Carbon-Supported Iron Catalysts In Catalytic Wet Peroxide Oxidation Process
Bare Tio2 And Graphene Oxide Tio2 Photocatalysts On The Degradation Of Selected Pesticides And Influence Of The Water Matrix
Analysis Of Synergistic And Antagonistic Adsorption Of Heavy Metals And Acid Blue 25 On Activated Carbon From Ternary Systems
Bare Tio2 And Graphene Oxide Tio2 Photocatalysts On The Degradation Of Selected Pesticides And Influence Of The Water Matrix
Analysis Of Synergistic And Antagonistic Adsorption Of Heavy Metals And Acid Blue 25 On Activated Carbon From Ternary Systems
Acid-Activated Carbon Materials: Cheaper Alternative Catalysts For The Synthesis Of Substituted Quinolines
Analysis Of Synergistic And Antagonistic Adsorption Of Heavy Metals And Acid Blue 25 On Activated Carbon From Ternary Systems
Acid-Activated Carbon Materials: Cheaper Alternative Catalysts For The Synthesis Of Substituted Quinolines
Mesoporous Carbon As An Efficient Catalyst For Alcoholysis And Aminolysis Of Epoxides
Acid-Activated Carbon Materials: Cheaper Alternative Catalysts For The Synthesis Of Substituted Quinolines
Mesoporous Carbon As An Efficient Catalyst For Alcoholysis And Aminolysis Of Epoxides
Activated Carbon As A Catalyst For The Synthesis Of N-Alkylimidazoles And Imidazolium Ionic Liquids
Mesoporous Carbon As An Efficient Catalyst For Alcoholysis And Aminolysis Of Epoxides
Activated Carbon As A Catalyst For The Synthesis Of N-Alkylimidazoles And Imidazolium Ionic Liquids
Synergic Adsorption In The Simultaneous Removal Of Acid Blue 25 And Heavy Metals From Water Using A Ca(Po 3) 2-Modified Carbon
Activated Carbon As A Catalyst For The Synthesis Of N-Alkylimidazoles And Imidazolium Ionic Liquids
Synergic Adsorption In The Simultaneous Removal Of Acid Blue 25 And Heavy Metals From Water Using A Ca(Po 3) 2-Modified Carbon
Last Decade Of Research On Activated Carbons As Catalytic Support In Chemical Processes
Synergic Adsorption In The Simultaneous Removal Of Acid Blue 25 And Heavy Metals From Water Using A Ca(Po 3) 2-Modified Carbon
Last Decade Of Research On Activated Carbons As Catalytic Support In Chemical Processes
The Effect Of Ultrasound On The N-Alkylation Of Imidazole Over Alkaline Carbons: Kinetic Aspects
Last Decade Of Research On Activated Carbons As Catalytic Support In Chemical Processes
The Effect Of Ultrasound On The N-Alkylation Of Imidazole Over Alkaline Carbons: Kinetic Aspects
Radioactive Content Of Charcoal
The Effect Of Ultrasound On The N-Alkylation Of Imidazole Over Alkaline Carbons: Kinetic Aspects
Radioactive Content Of Charcoal
Acidic Activated Carbons: An Efficient Catalyst For The Epoxide Ring-Opening Reaction With Ethanol
Radioactive Content Of Charcoal
Acidic Activated Carbons: An Efficient Catalyst For The Epoxide Ring-Opening Reaction With Ethanol
Control Microbiológico De Las Aguas De Consumo Humano En La Provincia De Badajoz En El Año 2006
Acidic Activated Carbons: An Efficient Catalyst For The Epoxide Ring-Opening Reaction With Ethanol
Control Microbiológico De Las Aguas De Consumo Humano En La Provincia De Badajoz En El Año 2006
Adsorption Of Aqueous Mercury (Ii) Species By Commerical Activated Carbon Fibres With And Without Surface Modification
Control Microbiológico De Las Aguas De Consumo Humano En La Provincia De Badajoz En El Año 2006
Adsorption Of Aqueous Mercury (Ii) Species By Commerical Activated Carbon Fibres With And Without Surface Modification
Preparation Of Charcoal From Cherry Stones
Adsorption Of Aqueous Mercury (Ii) Species By Commerical Activated Carbon Fibres With And Without Surface Modification
Preparation Of Charcoal From Cherry Stones
Geometrical Relationship Between Elemental Composition And Molecular Size In Carbonaceous Materials
Preparation Of Charcoal From Cherry Stones
Geometrical Relationship Between Elemental Composition And Molecular Size In Carbonaceous Materials
Ultrasound Accelerated Claisen-Schmidt Condensation: A Green Route To Chalcones
Geometrical Relationship Between Elemental Composition And Molecular Size In Carbonaceous Materials
Ultrasound Accelerated Claisen-Schmidt Condensation: A Green Route To Chalcones
Alkylation Of Imidazole Under Ultrasound Irradiation Over Alkaline Carbons
Ultrasound Accelerated Claisen-Schmidt Condensation: A Green Route To Chalcones
Alkylation Of Imidazole Under Ultrasound Irradiation Over Alkaline Carbons
Catalysis By Basic Carbons: Preparation Of Dihydropyridines
Alkylation Of Imidazole Under Ultrasound Irradiation Over Alkaline Carbons
Catalysis By Basic Carbons: Preparation Of Dihydropyridines
Green Chemistry: Efficient Epoxides Ring-Opening With 1-Butanol Under Microwave Irradiation
Catalysis By Basic Carbons: Preparation Of Dihydropyridines
Green Chemistry: Efficient Epoxides Ring-Opening With 1-Butanol Under Microwave Irradiation
Sonocatalysis In Solvent Free Conditions: An Efficient Eco-Friendly Methodology To Prepare Chalcones Using A New Type Of Amino Grafted Zeolites
Green Chemistry: Efficient Epoxides Ring-Opening With 1-Butanol Under Microwave Irradiation
Sonocatalysis In Solvent Free Conditions: An Efficient Eco-Friendly Methodology To Prepare Chalcones Using A New Type Of Amino Grafted Zeolites
Study Of Cherry Stones As Raw Material In Preparation Of Carbonaceous Adsorbents
Sonocatalysis In Solvent Free Conditions: An Efficient Eco-Friendly Methodology To Prepare Chalcones Using A New Type Of Amino Grafted Zeolites
Study Of Cherry Stones As Raw Material In Preparation Of Carbonaceous Adsorbents
Sonocatalysis And Alkaline-Doped Carbons: An Efficient Method For The Synthesis Of Chalcones In Heterogeneous Media
Study Of Cherry Stones As Raw Material In Preparation Of Carbonaceous Adsorbents
Sonocatalysis And Alkaline-Doped Carbons: An Efficient Method For The Synthesis Of Chalcones In Heterogeneous Media
The Effect Of Ultrasound On The Catalytic Activity Of Alkaline Carbons: Preparation Of N-Alkyl Imidazoles
Sonocatalysis And Alkaline-Doped Carbons: An Efficient Method For The Synthesis Of Chalcones In Heterogeneous Media
The Effect Of Ultrasound On The Catalytic Activity Of Alkaline Carbons: Preparation Of N-Alkyl Imidazoles
Ultrasound-Promoted N-Propargylation Of Imidazole By Alkaline-Doped Carbons
The Effect Of Ultrasound On The Catalytic Activity Of Alkaline Carbons: Preparation Of N-Alkyl Imidazoles
Ultrasound-Promoted N-Propargylation Of Imidazole By Alkaline-Doped Carbons
Pore Structure Of Activated Carbons Prepared By Carbon Dioxide And Steam Activation At Different Temperatures From Extracted Rockrose
Ultrasound-Promoted N-Propargylation Of Imidazole By Alkaline-Doped Carbons
Pore Structure Of Activated Carbons Prepared By Carbon Dioxide And Steam Activation At Different Temperatures From Extracted Rockrose
Metalurgia General Práctica
Pore Structure Of Activated Carbons Prepared By Carbon Dioxide And Steam Activation At Different Temperatures From Extracted Rockrose
Metalurgia General Práctica
Pore Structure Of Chars And Activated Carbons Prepared Using Carbon Dioxide At Different Temperatures From Extracted Rockrose
Metalurgia General Práctica
Pore Structure Of Chars And Activated Carbons Prepared Using Carbon Dioxide At Different Temperatures From Extracted Rockrose
Aplicabilidad De Un Carbón Vegetal En La Descontaminación Radiactiva De Aguas Naturales
Pore Structure Of Chars And Activated Carbons Prepared Using Carbon Dioxide At Different Temperatures From Extracted Rockrose
Aplicabilidad De Un Carbón Vegetal En La Descontaminación Radiactiva De Aguas Naturales
Estudio De La Microporosidad Estrecha De Carbones Activados Preparados Mediante Activación Con Aire A Partir De Huesos De Cereza
Aplicabilidad De Un Carbón Vegetal En La Descontaminación Radiactiva De Aguas Naturales
Estudio De La Microporosidad Estrecha De Carbones Activados Preparados Mediante Activación Con Aire A Partir De Huesos De Cereza
Estructura Química De Carbones Activados Preparados Mediante Activación Con Aire, Dióxido De Carbono Y Vapor De Agua A Partir De Jara
Estudio De La Microporosidad Estrecha De Carbones Activados Preparados Mediante Activación Con Aire A Partir De Huesos De Cereza
Estructura Química De Carbones Activados Preparados Mediante Activación Con Aire, Dióxido De Carbono Y Vapor De Agua A Partir De Jara
Estudio De Algunos Cambios En Un Carbón Vegetal Industrial Mediante Tratamientos Térmicos
Estructura Química De Carbones Activados Preparados Mediante Activación Con Aire, Dióxido De Carbono Y Vapor De Agua A Partir De Jara
Estudio De Algunos Cambios En Un Carbón Vegetal Industrial Mediante Tratamientos Térmicos
Carbonizados Y Carbones Activados Con Aire A 250º C Preparados A Partir De Un Carbón Industrial
Estudio De Algunos Cambios En Un Carbón Vegetal Industrial Mediante Tratamientos Térmicos
Carbonizados Y Carbones Activados Con Aire A 250º C Preparados A Partir De Un Carbón Industrial
Carbones Ácidos Y Química Fina: Relaciones De Esterificación
Carbonizados Y Carbones Activados Con Aire A 250º C Preparados A Partir De Un Carbón Industrial
Carbones Ácidos Y Química Fina: Relaciones De Esterificación
Chemical Study Of Extracted Rockrose And Of Chars And Activated Carbons Prepared At Different Temperatures
Carbones Ácidos Y Química Fina: Relaciones De Esterificación
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
Organic Chemical Structure And Structural Shrinkage Of Chars Prepared From Rockrose
Formation Of Oxygen Structures By Air Activation. A Study By Ft-Ir Spectroscopy
Organic Chemical Structure And Structural Shrinkage Of Chars Prepared From Rockrose
Reactions Of Thioamides With Metal Carboxylates In Organic Media
Organic Chemical Structure And Structural Shrinkage Of Chars Prepared From Rockrose
Reactions Of Thioamides With Metal Carboxylates In Organic Media
Nmr Studies And Semiempirical Calculations On The Structure Of Glycoamidines
Reactions Of Thioamides With Metal Carboxylates In Organic Media
Nmr Studies And Semiempirical Calculations On The Structure Of Glycoamidines
Ft-Ir Study Of Rockrose And Of Char And Activated Carbon
Nmr Studies And Semiempirical Calculations On The Structure Of Glycoamidines
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
Synthesis Of Glycoamidines Using A Mercury-Promoted Reaction
Heat Treatment Of Rockrose Char In Air. Effect On Surface Chemistry And Porous Texture
Synthesis Of Glycoamidines Using A Mercury-Promoted Reaction
Reaction Of Thioamides With Silver Carboxylates In Aprotic Media. A Nucleophilic Approach To The Synthesis Of Imides, Amides, And Nitriles
Synthesis Of Glycoamidines Using A Mercury-Promoted Reaction
Reaction Of Thioamides With Silver Carboxylates In Aprotic Media. A Nucleophilic Approach To The Synthesis Of Imides, Amides, And Nitriles
Nmr Studies Of Sugar Amides And Thioamides
Reaction Of Thioamides With Silver Carboxylates In Aprotic Media. A Nucleophilic Approach To The Synthesis Of Imides, Amides, And Nitriles
Nmr Studies Of Sugar Amides And Thioamides
Oxidation Of Enamines Derived From Sugars
Nmr Studies Of Sugar Amides And Thioamides
Oxidation Of Enamines Derived From Sugars
Catalytic Screening For 1,2-Diol Protection: A Saccharose-Derived Hydrothermal Carbon Showcases Enhanced Performance
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