PUBLICACIÓN

Effect of temperature on C3S and C3S + nanosilica hydration and C - S - H structure

ACCEDER A LA PUBLICACIÓN: Scopus

Del Bosque I.F.S., Martin-Pastor M., Martinez-Ramirez S., Blanco-Varela M.T.

2013 JOURNAL OF THE AMERICAN CERAMIC SOCIETY

Ceramics and Composites (Q1), Materials Chemistry (Q1)

JCR: 2.428

SJR: 1.16

CITAS

40

DOI

10.1111/jace.12093

EID

2-s2.0-84875278246

ISSN

0002-7820

EISSN

1551-2916

AUTORES DE LA UEX

Isabel Fuencisla Sáez Del Bosque

OTRAS PUBLICACIONES DE INTERÉS

Role Of Organic Admixtures On Thaumasite Precipitation
Formulation Of Eco-Friendly Rendering Mortars Based On New Alternative Raw Materials: Performance And Microstructure
Recycled Eco-Concretes Containing Fine And/or Coarse Concrete Aggregates. Mechanical Performance
Formulation Of Eco-Friendly Rendering Mortars Based On New Alternative Raw Materials: Performance And Microstructure
Recycled Eco-Concretes Containing Fine And/or Coarse Concrete Aggregates. Mechanical Performance
Effect Of Incorporating Biomass Bottom Ash And Construction And Demolition Waste Powder On The Physical-Mechanical Properties And Micro-Structure Of Ternary-Blended Mortars
Recycled Eco-Concretes Containing Fine And/or Coarse Concrete Aggregates. Mechanical Performance
Effect Of Incorporating Biomass Bottom Ash And Construction And Demolition Waste Powder On The Physical-Mechanical Properties And Micro-Structure Of Ternary-Blended Mortars
Development Of Eco-Cement From Recycled Low-Carbon Footprint By-Product
Effect Of Incorporating Biomass Bottom Ash And Construction And Demolition Waste Powder On The Physical-Mechanical Properties And Micro-Structure Of Ternary-Blended Mortars
Development Of Eco-Cement From Recycled Low-Carbon Footprint By-Product
Design And Evaluation Of Physical, Mechanical And Micro-Structural Properties Of Eco-Friendly Binary-Blended Mortars Using Biomass Bottom Ash Or Construction And Demolition Waste Powder
Development Of Eco-Cement From Recycled Low-Carbon Footprint By-Product
Design And Evaluation Of Physical, Mechanical And Micro-Structural Properties Of Eco-Friendly Binary-Blended Mortars Using Biomass Bottom Ash Or Construction And Demolition Waste Powder
Durability Of Concretes Bearing Construction And Demolition Waste As Cement And Coarse Aggregate Substitutes
Design And Evaluation Of Physical, Mechanical And Micro-Structural Properties Of Eco-Friendly Binary-Blended Mortars Using Biomass Bottom Ash Or Construction And Demolition Waste Powder
Durability Of Concretes Bearing Construction And Demolition Waste As Cement And Coarse Aggregate Substitutes
The Influence Of Fly Ash On The Mechanical Performance Of Cementitious Materials Produced With Recycled Cement
Durability Of Concretes Bearing Construction And Demolition Waste As Cement And Coarse Aggregate Substitutes
The Influence Of Fly Ash On The Mechanical Performance Of Cementitious Materials Produced With Recycled Cement
Durability Of Concrete Bearing Polymer-Treated Mixed Recycled Aggregate
The Influence Of Fly Ash On The Mechanical Performance Of Cementitious Materials Produced With Recycled Cement
Durability Of Concrete Bearing Polymer-Treated Mixed Recycled Aggregate
Properties Of Concretes Bearing Mixed Recycled Aggregate With Polymer-Modified Surfaces
Durability Of Concrete Bearing Polymer-Treated Mixed Recycled Aggregate
Properties Of Concretes Bearing Mixed Recycled Aggregate With Polymer-Modified Surfaces
Thermal Performance Of Concrete With Recycled Concrete Powder As Partial Cement Replacement And Recycled Cdw Aggregate
Properties Of Concretes Bearing Mixed Recycled Aggregate With Polymer-Modified Surfaces
Thermal Performance Of Concrete With Recycled Concrete Powder As Partial Cement Replacement And Recycled Cdw Aggregate
The Design And Development Of Recycled Concretes In A Circular Economy Using Mixed Construction And Demolition Waste
Thermal Performance Of Concrete With Recycled Concrete Powder As Partial Cement Replacement And Recycled Cdw Aggregate
The Design And Development Of Recycled Concretes In A Circular Economy Using Mixed Construction And Demolition Waste
Durability Of Ternary Cements Based On New Supplementary Cementitious Materials From Industrial Waste
The Design And Development Of Recycled Concretes In A Circular Economy Using Mixed Construction And Demolition Waste
Durability Of Ternary Cements Based On New Supplementary Cementitious Materials From Industrial Waste
Quantitative Comparison Of Binary Mix Of Agro-Industrial Pozzolanic Additions For Elaborating Ternary Cements: Kinetic Parameters
Durability Of Ternary Cements Based On New Supplementary Cementitious Materials From Industrial Waste
Quantitative Comparison Of Binary Mix Of Agro-Industrial Pozzolanic Additions For Elaborating Ternary Cements: Kinetic Parameters
Use Of Recycled Coarse And Fine Aggregates In Structural Eco-Concretes. Physical And Mechanical Properties And Co2 Emissions
Quantitative Comparison Of Binary Mix Of Agro-Industrial Pozzolanic Additions For Elaborating Ternary Cements: Kinetic Parameters
Use Of Recycled Coarse And Fine Aggregates In Structural Eco-Concretes. Physical And Mechanical Properties And Co2 Emissions
Assessment Of The Permeability To Aggressive Agents Of Concrete With Recycled Cement And Mixed Recycled Aggregate
Use Of Recycled Coarse And Fine Aggregates In Structural Eco-Concretes. Physical And Mechanical Properties And Co2 Emissions
Assessment Of The Permeability To Aggressive Agents Of Concrete With Recycled Cement And Mixed Recycled Aggregate
Correction To: Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc (Materials And Structures, (2020), 53, 6, (136), 10.1617/s11527-020-01558-W)
Assessment Of The Permeability To Aggressive Agents Of Concrete With Recycled Cement And Mixed Recycled Aggregate
Correction To: Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc (Materials And Structures, (2020), 53, 6, (136), 10.1617/s11527-020-01558-W)
Water Transport And Shrinkage In Concrete Made With Ground Recycled Concrete-Additioned Cement And Mixed Recycled Aggregate
Correction To: Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc (Materials And Structures, (2020), 53, 6, (136), 10.1617/s11527-020-01558-W)
Water Transport And Shrinkage In Concrete Made With Ground Recycled Concrete-Additioned Cement And Mixed Recycled Aggregate
Correction To: Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc (Materials And Structures, (2020), 53, 6, (136), 10.1617/s11527-020-01558-W)
Water Transport And Shrinkage In Concrete Made With Ground Recycled Concrete-Additioned Cement And Mixed Recycled Aggregate
Correction To: Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc (Materials And Structures, (2020), 53, 6, (136), 10.1617/s11527-020-01558-W)
Effect Of Recycled Aggregate On Performance Of Granular Skeleton
Correction To: Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc (Materials And Structures, (2020), 53, 6, (136), 10.1617/s11527-020-01558-W)
Effect Of Recycled Aggregate On Performance Of Granular Skeleton
Water Transport Mechanisms In Concretes Bearing Mixed Recycled Aggregates
Effect Of Recycled Aggregate On Performance Of Granular Skeleton
Water Transport Mechanisms In Concretes Bearing Mixed Recycled Aggregates
Sulfate Resistance In Cements Bearing Bottom Ash From Biomass-Fired Electric Power Plants
Water Transport Mechanisms In Concretes Bearing Mixed Recycled Aggregates
Sulfate Resistance In Cements Bearing Bottom Ash From Biomass-Fired Electric Power Plants
Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc
Sulfate Resistance In Cements Bearing Bottom Ash From Biomass-Fired Electric Power Plants
Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc
Mechanical Behaviour Of Structural Concrete With Ground Recycled Concrete Cement And Mixed Recycled Aggregate
Understanding The Carbonation Of Concrete With Supplementary Cementitious Materials: A Critical Review By Rilem Tc 281-Ccc
Mechanical Behaviour Of Structural Concrete With Ground Recycled Concrete Cement And Mixed Recycled Aggregate
Freeze-Thaw Resistance Of Concrete Containing Mixed Aggregate And Construction And Demolition Waste-Additioned Cement In Water And De-Icing Salts
Mechanical Behaviour Of Structural Concrete With Ground Recycled Concrete Cement And Mixed Recycled Aggregate
Freeze-Thaw Resistance Of Concrete Containing Mixed Aggregate And Construction And Demolition Waste-Additioned Cement In Water And De-Icing Salts
Industrial Low-Clinker Precast Elements Using Recycled Aggregates
Freeze-Thaw Resistance Of Concrete Containing Mixed Aggregate And Construction And Demolition Waste-Additioned Cement In Water And De-Icing Salts
Industrial Low-Clinker Precast Elements Using Recycled Aggregates
Sulfate Resistance In Cements Bearing Ornamental Granite Industry Sludge
Industrial Low-Clinker Precast Elements Using Recycled Aggregates
Sulfate Resistance In Cements Bearing Ornamental Granite Industry Sludge
Thermal Performance Of Concrete With Recycled Concrete Powder As Partial Cement Replacement And Recycled Cdw Aggregate
Sulfate Resistance In Cements Bearing Ornamental Granite Industry Sludge
Thermal Performance Of Concrete With Recycled Concrete Powder As Partial Cement Replacement And Recycled Cdw Aggregate
Construction And Demolition Waste Applications And Maximum Daily Output In Spanish Recycling Plants
Thermal Performance Of Concrete With Recycled Concrete Powder As Partial Cement Replacement And Recycled Cdw Aggregate
Construction And Demolition Waste Applications And Maximum Daily Output In Spanish Recycling Plants
Carbonation Of Concrete With Construction And Demolition Waste Based Recycled Aggregates And Cement With Recycled Content
Construction And Demolition Waste Applications And Maximum Daily Output In Spanish Recycling Plants
Carbonation Of Concrete With Construction And Demolition Waste Based Recycled Aggregates And Cement With Recycled Content
El Granito En La Industria Cementera: Cumplimiento De Los Requerimientos Normativos
Carbonation Of Concrete With Construction And Demolition Waste Based Recycled Aggregates And Cement With Recycled Content
El Granito En La Industria Cementera: Cumplimiento De Los Requerimientos Normativos
Recycled Ceramics In Concrete
El Granito En La Industria Cementera: Cumplimiento De Los Requerimientos Normativos
Recycled Ceramics In Concrete
Inclusion Of Construction And Demolition Waste As A Coarse Aggregate And A Cement Addition In Structural Concrete Design
Recycled Ceramics In Concrete
Inclusion Of Construction And Demolition Waste As A Coarse Aggregate And A Cement Addition In Structural Concrete Design
Use Of Biomass-Fired Power Plant Bottom Ash As An Addition In New Blended Cements: Effect On The Structure Of The C-S-H Gel Formed During Hydration
Inclusion Of Construction And Demolition Waste As A Coarse Aggregate And A Cement Addition In Structural Concrete Design
Use Of Biomass-Fired Power Plant Bottom Ash As An Addition In New Blended Cements: Effect On The Structure Of The C-S-H Gel Formed During Hydration
Durability Of New Blended Cements Additioned With Recycled Biomass Bottom Ash From Electric Power Plants
Use Of Biomass-Fired Power Plant Bottom Ash As An Addition In New Blended Cements: Effect On The Structure Of The C-S-H Gel Formed During Hydration
Durability Of New Blended Cements Additioned With Recycled Biomass Bottom Ash From Electric Power Plants
Energy Performance And Calorimetric Behaviour Of Cements Bearing Granite Sludge
Durability Of New Blended Cements Additioned With Recycled Biomass Bottom Ash From Electric Power Plants
Energy Performance And Calorimetric Behaviour Of Cements Bearing Granite Sludge
Design And Properties Of Eco-Friendly Binary Mortars Containing Ash From Biomass-Fuelled Power Plants
Energy Performance And Calorimetric Behaviour Of Cements Bearing Granite Sludge
Design And Properties Of Eco-Friendly Binary Mortars Containing Ash From Biomass-Fuelled Power Plants
Effect Of Granite Waste On Binary Cement Hydration And Paste Performance: Statistical Analysis
Design And Properties Of Eco-Friendly Binary Mortars Containing Ash From Biomass-Fuelled Power Plants
Effect Of Granite Waste On Binary Cement Hydration And Paste Performance: Statistical Analysis
Statistically Significant Effects Of Mixed Recycled Aggregate On The Physical-Mechanical Properties Of Structural Concretes
Effect Of Granite Waste On Binary Cement Hydration And Paste Performance: Statistical Analysis
Statistically Significant Effects Of Mixed Recycled Aggregate On The Physical-Mechanical Properties Of Structural Concretes
Activation Temperature-Mediated Mineralogical Transformations In Slate Quarry Sludge: Pozzolanic Properties
Statistically Significant Effects Of Mixed Recycled Aggregate On The Physical-Mechanical Properties Of Structural Concretes
Activation Temperature-Mediated Mineralogical Transformations In Slate Quarry Sludge: Pozzolanic Properties
Durability Of New Recycled Granite Quarry Dust-Bearing Cements
Activation Temperature-Mediated Mineralogical Transformations In Slate Quarry Sludge: Pozzolanic Properties
Durability Of New Recycled Granite Quarry Dust-Bearing Cements
Design And Characterisation Of Ternary Cements Containing Rice Husk Ash And Fly Ash
Durability Of New Recycled Granite Quarry Dust-Bearing Cements
Design And Characterisation Of Ternary Cements Containing Rice Husk Ash And Fly Ash
Meso-Structural Modelling In Recycled Aggregate Concrete
Design And Characterisation Of Ternary Cements Containing Rice Husk Ash And Fly Ash
Meso-Structural Modelling In Recycled Aggregate Concrete
Mecanismos De Transporte De Agua En Hormigones Reciclados
Meso-Structural Modelling In Recycled Aggregate Concrete
Mecanismos De Transporte De Agua En Hormigones Reciclados
Comportamiento Durable De Nuevos Cementos Binarios
Mecanismos De Transporte De Agua En Hormigones Reciclados
Comportamiento Durable De Nuevos Cementos Binarios
Characterisation And Valorisation Of Biomass Waste As A Possible Addition In Eco-Cement Design
Comportamiento Durable De Nuevos Cementos Binarios
Characterisation And Valorisation Of Biomass Waste As A Possible Addition In Eco-Cement Design
Granite Quarry Waste As A Future Eco-Efficient Supplementary Cementitious Material (Scm): Scientific And Technical Considerations
Characterisation And Valorisation Of Biomass Waste As A Possible Addition In Eco-Cement Design
Granite Quarry Waste As A Future Eco-Efficient Supplementary Cementitious Material (Scm): Scientific And Technical Considerations
Mineralogical Study Of Granite Waste In A Pozzolan/ca(Oh)2 System: Influence Of The Activation Process
Granite Quarry Waste As A Future Eco-Efficient Supplementary Cementitious Material (Scm): Scientific And Technical Considerations
Mineralogical Study Of Granite Waste In A Pozzolan/ca(Oh)2 System: Influence Of The Activation Process
New Additions For The Design Of Eco-Efficient Cements. Analysis Of Pozzolanic Reaction Kinetics
Mineralogical Study Of Granite Waste In A Pozzolan/ca(Oh)2 System: Influence Of The Activation Process
New Additions For The Design Of Eco-Efficient Cements. Analysis Of Pozzolanic Reaction Kinetics
Properties Of Interfacial Transition Zones (Itzs) In Concrete Containing Recycled Mixed Aggregate
New Additions For The Design Of Eco-Efficient Cements. Analysis Of Pozzolanic Reaction Kinetics
Properties Of Interfacial Transition Zones (Itzs) In Concrete Containing Recycled Mixed Aggregate
Diseño De Nuevos Cementos Con Adiciones Cerámicas De Sanitarios
Properties Of Interfacial Transition Zones (Itzs) In Concrete Containing Recycled Mixed Aggregate
Diseño De Nuevos Cementos Con Adiciones Cerámicas De Sanitarios
Comportamiento De Los Hormigones Reciclados En Ambientes Agresivos
Diseño De Nuevos Cementos Con Adiciones Cerámicas De Sanitarios
Comportamiento De Los Hormigones Reciclados En Ambientes Agresivos
Reutilización De Los Inquemados De Biomasa En El Diseño De Nuevos Cementos
Comportamiento De Los Hormigones Reciclados En Ambientes Agresivos
Reutilización De Los Inquemados De Biomasa En El Diseño De Nuevos Cementos
Diseño De Nuevas Matrices Cementantes Con Residuos Procedentes De La Industria Del Granito
Reutilización De Los Inquemados De Biomasa En El Diseño De Nuevos Cementos
Diseño De Nuevas Matrices Cementantes Con Residuos Procedentes De La Industria Del Granito
Comportamiento De Los Hormigones Reciclados En Ambientes Agresivos
Diseño De Nuevas Matrices Cementantes Con Residuos Procedentes De La Industria Del Granito
Comportamiento De Los Hormigones Reciclados En Ambientes Agresivos
Reutilización De Los Inquemados De Biomasa En El Diseño De Nuevos Cementos
Comportamiento De Los Hormigones Reciclados En Ambientes Agresivos
Reutilización De Los Inquemados De Biomasa En El Diseño De Nuevos Cementos
New Additions For Eco-Efficient Cement Design. Impact On Calorimetric Behaviour And Comparison Of Test Methods
Reutilización De Los Inquemados De Biomasa En El Diseño De Nuevos Cementos
New Additions For Eco-Efficient Cement Design. Impact On Calorimetric Behaviour And Comparison Of Test Methods
Quantitative Analysis Of Pure Triclinic Tricalcium Silicate And C-S-H Gels By 29si Nmr Longitudinal Relaxation Time
New Additions For Eco-Efficient Cement Design. Impact On Calorimetric Behaviour And Comparison Of Test Methods
Quantitative Analysis Of Pure Triclinic Tricalcium Silicate And C-S-H Gels By 29si Nmr Longitudinal Relaxation Time
Mineralogy And Microstructure Of Hydrated Phases During The Pozzolanic Reaction In The Sanitary Ware Waste/ca(Oh)2 System
Quantitative Analysis Of Pure Triclinic Tricalcium Silicate And C-S-H Gels By 29si Nmr Longitudinal Relaxation Time
Mineralogy And Microstructure Of Hydrated Phases During The Pozzolanic Reaction In The Sanitary Ware Waste/ca(Oh)2 System
Compatibility Of Superplasticisers In Concrete With Mixed Recycled Aggregate
Mineralogy And Microstructure Of Hydrated Phases During The Pozzolanic Reaction In The Sanitary Ware Waste/ca(Oh)2 System
Compatibility Of Superplasticisers In Concrete With Mixed Recycled Aggregate
Análisis De Materiales Cementantes Por 29si Mas Nmr
Compatibility Of Superplasticisers In Concrete With Mixed Recycled Aggregate
Análisis De Materiales Cementantes Por 29si Mas Nmr
Calorimetric Study Of The Early Stages Of The Nanosilica - Tricalcium Silicate Hydration. Effect Of Temperature
Análisis De Materiales Cementantes Por 29si Mas Nmr
Calorimetric Study Of The Early Stages Of The Nanosilica - Tricalcium Silicate Hydration. Effect Of Temperature
Effect Of Temperature On C–s–h Gel Nanostructure In White Cement
Calorimetric Study Of The Early Stages Of The Nanosilica - Tricalcium Silicate Hydration. Effect Of Temperature
Effect Of Temperature On C–s–h Gel Nanostructure In White Cement
Ftir Study Of The Effect Of Temperature And Nanosilica On The Nano Structure Of C-S-H Gel Formed By Hydrating Tricalcium Silicate
Effect Of Temperature On C–s–h Gel Nanostructure In White Cement
Ftir Study Of The Effect Of Temperature And Nanosilica On The Nano Structure Of C-S-H Gel Formed By Hydrating Tricalcium Silicate
Effect Of The Addition Of Nanosilica On White Cement Hydration At 25°c
Ftir Study Of The Effect Of Temperature And Nanosilica On The Nano Structure Of C-S-H Gel Formed By Hydrating Tricalcium Silicate
Effect Of The Addition Of Nanosilica On White Cement Hydration At 25°c
Caracterización De Nuevos Materiales Cementantes
Effect Of The Addition Of Nanosilica On White Cement Hydration At 25°c
Caracterización De Nuevos Materiales Cementantes
Combined Effect Of Amorphous Nanosilica And Temperature On White Portland Cement Hydration
Caracterización De Nuevos Materiales Cementantes
Combined Effect Of Amorphous Nanosilica And Temperature On White Portland Cement Hydration
Effect Of Temperature On C3s And C3s + Nanosilica Hydration And C - S - H Structure
Combined Effect Of Amorphous Nanosilica And Temperature On White Portland Cement Hydration
Effect Of Temperature On C3s And C3s + Nanosilica Hydration And C - S - H Structure
Role Of Organic Admixtures On Thaumasite Precipitation
Effect Of Temperature On C3s And C3s + Nanosilica Hydration And C - S - H Structure
Role Of Organic Admixtures On Thaumasite Precipitation
Formulation Of Eco-Friendly Rendering Mortars Based On New Alternative Raw Materials: Performance And Microstructure
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