PUBLICACIÓN

The zeta potential of extended dielectrics and conductors in terms of streaming potential and streaming current measurements

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Gallardo-Moreno A.M., Vadillo-Rodriguez V., Perera-Nunez J., Bruque J.M., Gonzalez-Martin M.L.

2012 PHYSICAL CHEMISTRY CHEMICAL PHYSICS

Physical and Theoretical Chemistry (Q1), Physics and Astronomy (miscellaneous) (Q1)

JCR: 3.829

SJR: 1.921

CITAS

33

DOI

10.1039/c2cp40743d

EID

2-s2.0-84862899965

ISSN

1463-9076

BIBTEX

@article { gonzlezmartn2012,title = {The zeta potential of extended dielectrics and conductors in terms of streaming potential and streaming current measurements},journal = {Physical Chemistry Chemical Physics},year = {2012},volume = {14},number = {27},pages = {9758-9767},author = {Gallardo-Moreno, A.M. and Vadillo-Rodríguez, V. and Perera-Núñez, J. and Bruque, J.M. and González-Martín, M.L.}}

AUTORES DE LA UEX

María Luisa González Martín
Virginia Vadillo Rodríguez
Amparo María Gallardo Moreno

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Per-6-O-(Tert-Butyldimethylsilyl)cyclodextrins (Tbdms-Cds) In Langmuir Monolayers: The Importance Of A Spreading Solvent In The Preparation Of Lb Layers Suitable For Sensor Application
Afm Probing In Aqueous Environment Of Staphylococcus Epidermidis Cells Naturally Immobilised On Glass: Physico-Chemistry Behind The Successful Immobilisation
Per-6-O-(Tert-Butyldimethylsilyl)cyclodextrins (Tbdms-Cds) In Langmuir Monolayers: The Importance Of A Spreading Solvent In The Preparation Of Lb Layers Suitable For Sensor Application
Effect Of Uv Irradiation On The Surface Gibbs Energy Of Ti6al4v And Thermally Oxidized Ti6al4v
Per-6-O-(Tert-Butyldimethylsilyl)cyclodextrins (Tbdms-Cds) In Langmuir Monolayers: The Importance Of A Spreading Solvent In The Preparation Of Lb Layers Suitable For Sensor Application
Effect Of Uv Irradiation On The Surface Gibbs Energy Of Ti6al4v And Thermally Oxidized Ti6al4v
Uv Light Irradiation Of Ti6al4v: Physico-Chemistry Of The Initial Bacterial Adhesion And Further Retention
Effect Of Uv Irradiation On The Surface Gibbs Energy Of Ti6al4v And Thermally Oxidized Ti6al4v
Uv Light Irradiation Of Ti6al4v: Physico-Chemistry Of The Initial Bacterial Adhesion And Further Retention
Uv Light Irradiation Of Ti6al4v: Antibacterial Impact And Biocompatibility In Vitro
Uv Light Irradiation Of Ti6al4v: Physico-Chemistry Of The Initial Bacterial Adhesion And Further Retention
Uv Light Irradiation Of Ti6al4v: Antibacterial Impact And Biocompatibility In Vitro
In Vitro Biocompatibility Of An Ultrafine Grained Zirconium
Uv Light Irradiation Of Ti6al4v: Antibacterial Impact And Biocompatibility In Vitro
In Vitro Biocompatibility Of An Ultrafine Grained Zirconium
Sensitivity Of Surface Roughness Parameters To Changes In The Density Of Scanning Points In Multi-Scale Afm Studies. Application To A Biomaterial Surface
In Vitro Biocompatibility Of An Ultrafine Grained Zirconium
Sensitivity Of Surface Roughness Parameters To Changes In The Density Of Scanning Points In Multi-Scale Afm Studies. Application To A Biomaterial Surface
Atomic Force Microscopy Of Mechanically Trapped Bacterial Cells
Sensitivity Of Surface Roughness Parameters To Changes In The Density Of Scanning Points In Multi-Scale Afm Studies. Application To A Biomaterial Surface
Atomic Force Microscopy Of Mechanically Trapped Bacterial Cells
On The Relationship Between Common Amplitude Surface Roughness Parameters And Surface Area: Implications For The Study Of Cell-Material Interactions
Atomic Force Microscopy Of Mechanically Trapped Bacterial Cells
On The Relationship Between Common Amplitude Surface Roughness Parameters And Surface Area: Implications For The Study Of Cell-Material Interactions
Hydrocarbons Imbibition For Geometrical Characterization Of Porous Media Through The Effective Radius Approach
On The Relationship Between Common Amplitude Surface Roughness Parameters And Surface Area: Implications For The Study Of Cell-Material Interactions
Hydrocarbons Imbibition For Geometrical Characterization Of Porous Media Through The Effective Radius Approach
Looking At The Micro-Topography Of Polished And Blasted Ti-Based Biomaterials Using Atomic Force Microscopy And Contact Angle Goniometry
Hydrocarbons Imbibition For Geometrical Characterization Of Porous Media Through The Effective Radius Approach
Looking At The Micro-Topography Of Polished And Blasted Ti-Based Biomaterials Using Atomic Force Microscopy And Contact Angle Goniometry
Interactions Of Biopolymers With Silica Surfaces: Force Measurements And Electronic Structure Calculation Studies
Looking At The Micro-Topography Of Polished And Blasted Ti-Based Biomaterials Using Atomic Force Microscopy And Contact Angle Goniometry
Interactions Of Biopolymers With Silica Surfaces: Force Measurements And Electronic Structure Calculation Studies
Localized Attraction Correlates With Bacterial Adhesion To Glass And Metal Oxide Substrata
Interactions Of Biopolymers With Silica Surfaces: Force Measurements And Electronic Structure Calculation Studies
Localized Attraction Correlates With Bacterial Adhesion To Glass And Metal Oxide Substrata
An Experimental Study About The Imbibition Of Aqueous Solutions Of Low Concentration Of A Non-Adsorbable Surfactant In A Hydrophilic Porous Medium
Localized Attraction Correlates With Bacterial Adhesion To Glass And Metal Oxide Substrata
An Experimental Study About The Imbibition Of Aqueous Solutions Of Low Concentration Of A Non-Adsorbable Surfactant In A Hydrophilic Porous Medium
Ultrastructural And Physico-Chemical Heterogeneities Of Yeast Surfaces Revealed By Mapping Lateral-Friction And Normal-Adhesion Forces Using An Atomic Force Microscope
An Experimental Study About The Imbibition Of Aqueous Solutions Of Low Concentration Of A Non-Adsorbable Surfactant In A Hydrophilic Porous Medium
Ultrastructural And Physico-Chemical Heterogeneities Of Yeast Surfaces Revealed By Mapping Lateral-Friction And Normal-Adhesion Forces Using An Atomic Force Microscope
Nano-Mechanical Exploration Of The Surface And Sub-Surface Of Hydrated Cells Of Staphylococcus Epidermidis
Ultrastructural And Physico-Chemical Heterogeneities Of Yeast Surfaces Revealed By Mapping Lateral-Friction And Normal-Adhesion Forces Using An Atomic Force Microscope
Nano-Mechanical Exploration Of The Surface And Sub-Surface Of Hydrated Cells Of Staphylococcus Epidermidis
Influence Of The Interfacial Adsorptions On The Imbibition Of Aqueous Solutions Of Low Concentration Of The Non-Ionic Surfactant Triton X-100 Into Calcium Fluoride Porous Medium
Nano-Mechanical Exploration Of The Surface And Sub-Surface Of Hydrated Cells Of Staphylococcus Epidermidis
Influence Of The Interfacial Adsorptions On The Imbibition Of Aqueous Solutions Of Low Concentration Of The Non-Ionic Surfactant Triton X-100 Into Calcium Fluoride Porous Medium
Zeta Potential Aspects Of Dispersed Solvents Involved In The Determination Of Microbial Cell Surface Hydrophobicity
Influence Of The Interfacial Adsorptions On The Imbibition Of Aqueous Solutions Of Low Concentration Of The Non-Ionic Surfactant Triton X-100 Into Calcium Fluoride Porous Medium
Zeta Potential Aspects Of Dispersed Solvents Involved In The Determination Of Microbial Cell Surface Hydrophobicity
Solar Radiation Map Of Extremadura From Other Weather Data
Zeta Potential Aspects Of Dispersed Solvents Involved In The Determination Of Microbial Cell Surface Hydrophobicity
Solar Radiation Map Of Extremadura From Other Weather Data
Adsorption Enthalpies Of Sodium Dodecyl Sulphate Onto Carbon Blacks In The Low Concentration Range
Solar Radiation Map Of Extremadura From Other Weather Data
Adsorption Enthalpies Of Sodium Dodecyl Sulphate Onto Carbon Blacks In The Low Concentration Range
Residence Time, Loading Force, Ph, And Ionic Strength Affect Adhesion Forces Between Colloids And Biopolymer-Coated Surfaces
Adsorption Enthalpies Of Sodium Dodecyl Sulphate Onto Carbon Blacks In The Low Concentration Range
Residence Time, Loading Force, Ph, And Ionic Strength Affect Adhesion Forces Between Colloids And Biopolymer-Coated Surfaces
Role Of Lactobacillus Cell Surface Hydrophobicity As Probed By Afm In Adhesion To Surfaces At Low And High Ionic Strength
Residence Time, Loading Force, Ph, And Ionic Strength Affect Adhesion Forces Between Colloids And Biopolymer-Coated Surfaces
Role Of Lactobacillus Cell Surface Hydrophobicity As Probed By Afm In Adhesion To Surfaces At Low And High Ionic Strength
Artifacts In Afm Images Revealed Using Friction Maps
Role Of Lactobacillus Cell Surface Hydrophobicity As Probed By Afm In Adhesion To Surfaces At Low And High Ionic Strength
Artifacts In Afm Images Revealed Using Friction Maps
Direct Surface Probing Of Cell Wall-Defective Mutants Of Saccharomyces Cerevisiae By Atomic Force Microscopy
Artifacts In Afm Images Revealed Using Friction Maps
Direct Surface Probing Of Cell Wall-Defective Mutants Of Saccharomyces Cerevisiae By Atomic Force Microscopy
Surface Characterisation Of Two Strains Of Staphylococcus Epidermidis With Different Slime-Production By Afm
Direct Surface Probing Of Cell Wall-Defective Mutants Of Saccharomyces Cerevisiae By Atomic Force Microscopy
Surface Characterisation Of Two Strains Of Staphylococcus Epidermidis With Different Slime-Production By Afm
Some Geometrical Considerations About The Influence Of Topography On The Adhesion Force As Measured By Afm On Curved Surfaces
Surface Characterisation Of Two Strains Of Staphylococcus Epidermidis With Different Slime-Production By Afm
Some Geometrical Considerations About The Influence Of Topography On The Adhesion Force As Measured By Afm On Curved Surfaces
Dynamic Cell Surface Hydrophobicity Of Lactobacillus Strains With And Without Surface Layer Proteins
Some Geometrical Considerations About The Influence Of Topography On The Adhesion Force As Measured By Afm On Curved Surfaces
Dynamic Cell Surface Hydrophobicity Of Lactobacillus Strains With And Without Surface Layer Proteins
Atomic Force Microscopic Corroboration Of Bond Aging For Adhesion Of Streptococcus Thermophilus To Solid Substrata
Dynamic Cell Surface Hydrophobicity Of Lactobacillus Strains With And Without Surface Layer Proteins
Atomic Force Microscopic Corroboration Of Bond Aging For Adhesion Of Streptococcus Thermophilus To Solid Substrata
Comparison Of Atomic Force Microscopy Interaction Forces Between Bacteria And Silicon Nitride Substrata For Three Commonly Used Immobilization Methods
Atomic Force Microscopic Corroboration Of Bond Aging For Adhesion Of Streptococcus Thermophilus To Solid Substrata
Comparison Of Atomic Force Microscopy Interaction Forces Between Bacteria And Silicon Nitride Substrata For Three Commonly Used Immobilization Methods
Relations Between Macroscopic And Microscopic Adhesion Of Streptococcus Mitis Strains To Surfaces
Comparison Of Atomic Force Microscopy Interaction Forces Between Bacteria And Silicon Nitride Substrata For Three Commonly Used Immobilization Methods
Relations Between Macroscopic And Microscopic Adhesion Of Streptococcus Mitis Strains To Surfaces
The Adhesion Strength Of Candida Parapsilosis To Glass And Silicone As A Function Of Hydrophobicity, Roughness And Cell Morphology
Relations Between Macroscopic And Microscopic Adhesion Of Streptococcus Mitis Strains To Surfaces
The Adhesion Strength Of Candida Parapsilosis To Glass And Silicone As A Function Of Hydrophobicity, Roughness And Cell Morphology
Arrangement Of Sds Adsorbed Layer On Carbonaceous Particles By Zeta Potential Determinations
The Adhesion Strength Of Candida Parapsilosis To Glass And Silicone As A Function Of Hydrophobicity, Roughness And Cell Morphology
Arrangement Of Sds Adsorbed Layer On Carbonaceous Particles By Zeta Potential Determinations
Colloids And Surfaces A: Physicochemical And Engineering Aspects: Preface
Arrangement Of Sds Adsorbed Layer On Carbonaceous Particles By Zeta Potential Determinations
Colloids And Surfaces A: Physicochemical And Engineering Aspects: Preface
Power Technology: Preface
Colloids And Surfaces A: Physicochemical And Engineering Aspects: Preface
Power Technology: Preface
On The Constancy Of The Free Energy Reduction Caused By Imbibition In Porous Media
Power Technology: Preface
On The Constancy Of The Free Energy Reduction Caused By Imbibition In Porous Media
Nonionic Surfactants Adsorption Onto Activated Carbon. Influence Of The Polar Chain Length
On The Constancy Of The Free Energy Reduction Caused By Imbibition In Porous Media
Nonionic Surfactants Adsorption Onto Activated Carbon. Influence Of The Polar Chain Length
Ionic Surfactant Adsorption Onto Activated Carbons
Nonionic Surfactants Adsorption Onto Activated Carbon. Influence Of The Polar Chain Length
Ionic Surfactant Adsorption Onto Activated Carbons
Changes On The Physico-Chemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis By The Addition Of Serum Or Urine To The Growth Medium
Ionic Surfactant Adsorption Onto Activated Carbons
Changes On The Physico-Chemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis By The Addition Of Serum Or Urine To The Growth Medium
The Measurement Temperature: An Important Factor Relating Physicochemical And Adhesive Properties Of Yeast Cells To Biomaterials
Changes On The Physico-Chemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis By The Addition Of Serum Or Urine To The Growth Medium
The Measurement Temperature: An Important Factor Relating Physicochemical And Adhesive Properties Of Yeast Cells To Biomaterials
On Relations Between Microscopic And Macroscopic Physicochemical Properties Of Bacterial Cell Surfaces: An Afm Study On Streptococcus Mitis Strains
The Measurement Temperature: An Important Factor Relating Physicochemical And Adhesive Properties Of Yeast Cells To Biomaterials
On Relations Between Microscopic And Macroscopic Physicochemical Properties Of Bacterial Cell Surfaces: An Afm Study On Streptococcus Mitis Strains
Influence Of The Growth Medium, Suspending Liquid And Measurement Temperature On The Physico-Chemical Surface Properties Of Two Enterococci Strains
On Relations Between Microscopic And Macroscopic Physicochemical Properties Of Bacterial Cell Surfaces: An Afm Study On Streptococcus Mitis Strains
Influence Of The Growth Medium, Suspending Liquid And Measurement Temperature On The Physico-Chemical Surface Properties Of Two Enterococci Strains
The Effects Of Urine And Temperature On The Physicochemical Surface Properties And Adhesion Behaviour Of Uropathogenic Bacteria
Influence Of The Growth Medium, Suspending Liquid And Measurement Temperature On The Physico-Chemical Surface Properties Of Two Enterococci Strains
The Effects Of Urine And Temperature On The Physicochemical Surface Properties And Adhesion Behaviour Of Uropathogenic Bacteria
On The Evaluation Of The Surface Free Energy Of Porous And Powdered Solids From Imbibition Experiments: Equivalence Between Height-Time And Weight-Time Techniques
The Effects Of Urine And Temperature On The Physicochemical Surface Properties And Adhesion Behaviour Of Uropathogenic Bacteria
On The Evaluation Of The Surface Free Energy Of Porous And Powdered Solids From Imbibition Experiments: Equivalence Between Height-Time And Weight-Time Techniques
Analysis Of The Hydrophobic Behaviour Of Different Strains Of Candida Parapsilosis Under Two Growth Temperatures
On The Evaluation Of The Surface Free Energy Of Porous And Powdered Solids From Imbibition Experiments: Equivalence Between Height-Time And Weight-Time Techniques
Analysis Of The Hydrophobic Behaviour Of Different Strains Of Candida Parapsilosis Under Two Growth Temperatures
Comparative Study Of The Hydrophobicity Of Candida Parapsilosis 294 Through Macroscopic And Microscopic Analysis
Analysis Of The Hydrophobic Behaviour Of Different Strains Of Candida Parapsilosis Under Two Growth Temperatures
Comparative Study Of The Hydrophobicity Of Candida Parapsilosis 294 Through Macroscopic And Microscopic Analysis
Quantitative Surface Roughness Determination Of Materials By Afm: Some Limitations
Comparative Study Of The Hydrophobicity Of Candida Parapsilosis 294 Through Macroscopic And Microscopic Analysis
Quantitative Surface Roughness Determination Of Materials By Afm: Some Limitations
On The Use Of Rms Roughness For Surface Roughness Characterization
Quantitative Surface Roughness Determination Of Materials By Afm: Some Limitations
On The Use Of Rms Roughness For Surface Roughness Characterization
Serum As A Factor Influencing Adhesion Of Enterococcus Faecalis To Glass And Silicone
On The Use Of Rms Roughness For Surface Roughness Characterization
Serum As A Factor Influencing Adhesion Of Enterococcus Faecalis To Glass And Silicone
Influence Of Effective Porosity In The Determination Of Contact Angles In Porous Solids By Imbibition Techniques
Serum As A Factor Influencing Adhesion Of Enterococcus Faecalis To Glass And Silicone
Influence Of Effective Porosity In The Determination Of Contact Angles In Porous Solids By Imbibition Techniques
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Influence Of Effective Porosity In The Determination Of Contact Angles In Porous Solids By Imbibition Techniques
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Temperature Influence On The Physicochemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis To Glass And Silicone
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Temperature Influence On The Physicochemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis To Glass And Silicone
Thermodynamic Analysis Of Growth Temperature Dependence In The Adhesion Of Candida Parapsilosis To Polystyrene
Temperature Influence On The Physicochemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis To Glass And Silicone
Thermodynamic Analysis Of Growth Temperature Dependence In The Adhesion Of Candida Parapsilosis To Polystyrene
Thermodynamic Characterization Of A Regenerated Activated Carbon Surface
Thermodynamic Analysis Of Growth Temperature Dependence In The Adhesion Of Candida Parapsilosis To Polystyrene
Thermodynamic Characterization Of A Regenerated Activated Carbon Surface
Washburn's Equation Facing Galileo's Transformation: Some Remarks
Thermodynamic Characterization Of A Regenerated Activated Carbon Surface
Washburn's Equation Facing Galileo's Transformation: Some Remarks
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
Washburn's Equation Facing Galileo's Transformation: Some Remarks
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
The Influence Of Subinhibitory Concentrations Of Ampicillin And Vancomycin On Physico-Chemical Surface Characteristics Of Enterococcus Faecalis 1131
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
The Influence Of Subinhibitory Concentrations Of Ampicillin And Vancomycin On Physico-Chemical Surface Characteristics Of Enterococcus Faecalis 1131
Softness Of The Bacterial Cell Wall Of Streptococcus Mitis As Probed By Microelectrophoresis
The Influence Of Subinhibitory Concentrations Of Ampicillin And Vancomycin On Physico-Chemical Surface Characteristics Of Enterococcus Faecalis 1131
Softness Of The Bacterial Cell Wall Of Streptococcus Mitis As Probed By Microelectrophoresis
Application Of Friction And Adhesion Force Imaging To Physico-Chemical Characterization Of Saccharomyces Cerevisiae
Softness Of The Bacterial Cell Wall Of Streptococcus Mitis As Probed By Microelectrophoresis
Application Of Friction And Adhesion Force Imaging To Physico-Chemical Characterization Of Saccharomyces Cerevisiae
The Critical Micelle Concentration Of Alkylammonium Chlorides, Sodium Alkyl Sulphates And Sulphonates And Their Surface Free Energy
Application Of Friction And Adhesion Force Imaging To Physico-Chemical Characterization Of Saccharomyces Cerevisiae
The Critical Micelle Concentration Of Alkylammonium Chlorides, Sodium Alkyl Sulphates And Sulphonates And Their Surface Free Energy
Experimental Analysis Of The Influence Of Surface Topography On The Adhesion Force As Measured By An Afm
The Critical Micelle Concentration Of Alkylammonium Chlorides, Sodium Alkyl Sulphates And Sulphonates And Their Surface Free Energy
Experimental Analysis Of The Influence Of Surface Topography On The Adhesion Force As Measured By An Afm
Optical Interference Artifacts In Contact Atomic Force Microscopy Images
Experimental Analysis Of The Influence Of Surface Topography On The Adhesion Force As Measured By An Afm
Optical Interference Artifacts In Contact Atomic Force Microscopy Images
Surface Morphological Characterization Of Yeast Cells By Scanning Force Microscopy
Optical Interference Artifacts In Contact Atomic Force Microscopy Images
Surface Morphological Characterization Of Yeast Cells By Scanning Force Microscopy
Influence Of The Regeneration Temperature On The Phenols Adsorption On Activated Carbon
Surface Morphological Characterization Of Yeast Cells By Scanning Force Microscopy
Influence Of The Regeneration Temperature On The Phenols Adsorption On Activated Carbon
Adhesion Of Enterococcus Faecalis 1131 Grown Under Subinhibitory Concentrations Of Ampicillin And Vancomycin To A Hydrophilic And A Hydrophobic Substratum
Influence Of The Regeneration Temperature On The Phenols Adsorption On Activated Carbon
Adhesion Of Enterococcus Faecalis 1131 Grown Under Subinhibitory Concentrations Of Ampicillin And Vancomycin To A Hydrophilic And A Hydrophobic Substratum
Analysis Of The Silica Surface Free Energy By The Imbibition Technique
Adhesion Of Enterococcus Faecalis 1131 Grown Under Subinhibitory Concentrations Of Ampicillin And Vancomycin To A Hydrophilic And A Hydrophobic Substratum
Analysis Of The Silica Surface Free Energy By The Imbibition Technique
Influence Of Porosity On The Adsorption Enthalpies Of A Non-Ionic Surfactant Onto Carbonaceous Materials
Analysis Of The Silica Surface Free Energy By The Imbibition Technique
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
Influence Of The Meniscus At The Bottom Of The Solid Plate On Imbibition Experiments
Analysis Of The Adsorption Isotherms Of A Non-Ionic Surfactant From Aqueous Solution Onto Activated Carbons
Influence Of The Meniscus At The Bottom Of The Solid Plate On Imbibition Experiments
Comparison Of The Use Of Washburn's Equation In The Distance-Time And Weight-Time Imbibition Techniques
Influence Of The Meniscus At The Bottom Of The Solid Plate On Imbibition Experiments
Comparison Of The Use Of Washburn's Equation In The Distance-Time And Weight-Time Imbibition Techniques
Determination Of The Free Energy Of Adsorption On Carbon Blacks Of A Nonionic Surfactant From Aqueous Solutions
Comparison Of The Use Of Washburn's Equation In The Distance-Time And Weight-Time Imbibition Techniques
Determination Of The Free Energy Of Adsorption On Carbon Blacks Of A Nonionic Surfactant From Aqueous Solutions
Wettability And Surface Free Energy Of Zirconia Ceramics And Their Constituents
Determination Of The Free Energy Of Adsorption On Carbon Blacks Of A Nonionic Surfactant From Aqueous Solutions
Wettability And Surface Free Energy Of Zirconia Ceramics And Their Constituents
On The Use Of Washburn's Equation In The Analysis Of Weight-Time Measurements Obtained From Imbibition Experiments
Wettability And Surface Free Energy Of Zirconia Ceramics And Their Constituents
On The Use Of Washburn's Equation In The Analysis Of Weight-Time Measurements Obtained From Imbibition Experiments
Distance-Time Measurements In Capillary Penetration: Choice Of The Coordinate System
On The Use Of Washburn's Equation In The Analysis Of Weight-Time Measurements Obtained From Imbibition Experiments
Distance-Time Measurements In Capillary Penetration: Choice Of The Coordinate System
Volumetric Properties Of The Decylammonium Chloride And Cesium Perfluorooctanoate From Density Measurements
Distance-Time Measurements In Capillary Penetration: Choice Of The Coordinate System
Volumetric Properties Of The Decylammonium Chloride And Cesium Perfluorooctanoate From Density Measurements
Mari Puri Y La Ingeniería Interfacial
Volumetric Properties Of The Decylammonium Chloride And Cesium Perfluorooctanoate From Density Measurements
Mari Puri Y La Ingeniería Interfacial
La Ciudad Más Pequeña Conocida
Mari Puri Y La Ingeniería Interfacial
La Ciudad Más Pequeña Conocida
A Study Of The Adsorption Of Sodium Dodecyl Sulphonate At The Solution- Air Interface
La Ciudad Más Pequeña Conocida
A Study Of The Adsorption Of Sodium Dodecyl Sulphonate At The Solution- Air Interface
Determination Of The Carbon Black Surface Free Energy Components From The Heat Of Immersion Measurements
A Study Of The Adsorption Of Sodium Dodecyl Sulphonate At The Solution- Air Interface
Determination Of The Carbon Black Surface Free Energy Components From The Heat Of Immersion Measurements
Properties Of Decylammonium Chloride And Cesium Perfluorooctanoate At Interfaces And Standard Free Energy Of Their Adsorption
Determination Of The Carbon Black Surface Free Energy Components From The Heat Of Immersion Measurements
Properties Of Decylammonium Chloride And Cesium Perfluorooctanoate At Interfaces And Standard Free Energy Of Their Adsorption
Kinetic Modelling Of Aqueous Trichloroethylene Direct Ozonation In A Continuous Tank
Properties Of Decylammonium Chloride And Cesium Perfluorooctanoate At Interfaces And Standard Free Energy Of Their Adsorption
Kinetic Modelling Of Aqueous Trichloroethylene Direct Ozonation In A Continuous Tank
The Volumetric Properties Of Mixtures Of N-Alkyl Ammonium Chlorides And Sodium Dodecyl Sulphate
Kinetic Modelling Of Aqueous Trichloroethylene Direct Ozonation In A Continuous Tank
The Volumetric Properties Of Mixtures Of N-Alkyl Ammonium Chlorides And Sodium Dodecyl Sulphate
Wetting Of Cassiterite By Sodium Dodecyl Sulphate Solutions
The Volumetric Properties Of Mixtures Of N-Alkyl Ammonium Chlorides And Sodium Dodecyl Sulphate
Wetting Of Cassiterite By Sodium Dodecyl Sulphate Solutions
Decylammonium Chloride And Cesium Perfluorooctanoate Surface Free Energy And Their Critical Micelle Concentration
Wetting Of Cassiterite By Sodium Dodecyl Sulphate Solutions
Decylammonium Chloride And Cesium Perfluorooctanoate Surface Free Energy And Their Critical Micelle Concentration
Electrical Conductivity Measurements For The Systems Decylammonium Chloride/water And Cesium Perfluorooctanoate/water In The Isotropic Phase
Decylammonium Chloride And Cesium Perfluorooctanoate Surface Free Energy And Their Critical Micelle Concentration
Electrical Conductivity Measurements For The Systems Decylammonium Chloride/water And Cesium Perfluorooctanoate/water In The Isotropic Phase
The Usefulness Of The Equation Of State For Interfacial Tensions Estimation In Some Liquid-Liquid And Solid-Liquid Systems
Electrical Conductivity Measurements For The Systems Decylammonium Chloride/water And Cesium Perfluorooctanoate/water In The Isotropic Phase
The Usefulness Of The Equation Of State For Interfacial Tensions Estimation In Some Liquid-Liquid And Solid-Liquid Systems
Wettability Of Fluorite In The Presence Of An Anionic And A Non-Ionic Surfactant
The Usefulness Of The Equation Of State For Interfacial Tensions Estimation In Some Liquid-Liquid And Solid-Liquid Systems
Wettability Of Fluorite In The Presence Of An Anionic And A Non-Ionic Surfactant
The Mechanism Of Adsorption Of Sodium Dodecylsulfonate On Fluorite And Its Surface Free Energy
Wettability Of Fluorite In The Presence Of An Anionic And A Non-Ionic Surfactant
The Mechanism Of Adsorption Of Sodium Dodecylsulfonate On Fluorite And Its Surface Free Energy
Advanced Oxidation Of Polynuclear Aromatic Hydrocarbons In Natural Waters
The Mechanism Of Adsorption Of Sodium Dodecylsulfonate On Fluorite And Its Surface Free Energy
Advanced Oxidation Of Polynuclear Aromatic Hydrocarbons In Natural Waters
Surface And Thermodynamic Properties Of Sodium Dodecyl Sulphate And Sodium Dodecyl Sulphonate
Advanced Oxidation Of Polynuclear Aromatic Hydrocarbons In Natural Waters
Surface And Thermodynamic Properties Of Sodium Dodecyl Sulphate And Sodium Dodecyl Sulphonate
Relationship Between Heat Of Immersion And Surface Gibbs Energy Of Fluorite And Cassiterite
Surface And Thermodynamic Properties Of Sodium Dodecyl Sulphate And Sodium Dodecyl Sulphonate
Relationship Between Heat Of Immersion And Surface Gibbs Energy Of Fluorite And Cassiterite
The Influence Of Sodium Dodecyl Sulfate On The Surface Free Energy Of Cassiterite
Relationship Between Heat Of Immersion And Surface Gibbs Energy Of Fluorite And Cassiterite
The Influence Of Sodium Dodecyl Sulfate On The Surface Free Energy Of Cassiterite
Application Of Photochemical Reactor Models To Uv Irradiation Of Trichloroethylene In Water
The Influence Of Sodium Dodecyl Sulfate On The Surface Free Energy Of Cassiterite
Application Of Photochemical Reactor Models To Uv Irradiation Of Trichloroethylene In Water
The Adsorption Of Triton X-100 At The Air-Aqueous Solution Interface
Application Of Photochemical Reactor Models To Uv Irradiation Of Trichloroethylene In Water
The Adsorption Of Triton X-100 At The Air-Aqueous Solution Interface
The Relationship Between The Interfacial Free Energy And The Free Energy Of Micellization Of Triton X-100 And Sodium Dodecyl Sulfonate
The Adsorption Of Triton X-100 At The Air-Aqueous Solution Interface
The Relationship Between The Interfacial Free Energy And The Free Energy Of Micellization Of Triton X-100 And Sodium Dodecyl Sulfonate
The Properties Of Mixtures Of Ionic And Nonionic Surfactants In Water At The Water/air Interface
The Relationship Between The Interfacial Free Energy And The Free Energy Of Micellization Of Triton X-100 And Sodium Dodecyl Sulfonate
The Properties Of Mixtures Of Ionic And Nonionic Surfactants In Water At The Water/air Interface
The Contribution Of Double Layers To The Free Energy Of Interactions In The Cassiterite-Sds Solution System
The Properties Of Mixtures Of Ionic And Nonionic Surfactants In Water At The Water/air Interface
The Contribution Of Double Layers To The Free Energy Of Interactions In The Cassiterite-Sds Solution System
Characterization Study Of Carbonaceous Materials. Calorimetric Heat Of Adsorption Of P-Nitrophenol
The Contribution Of Double Layers To The Free Energy Of Interactions In The Cassiterite-Sds Solution System
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
The Adsorption Of Sodium Dodecyl Sulphate On Fluorite And Its Surface Free Energy
Adsorption Of P-Nitrophenol On Carbon Black: Temperature Effect
The Adsorption Of Sodium Dodecyl Sulphate On Fluorite And Its Surface Free Energy
Influence Of N-Alkylammonium Chlorides On The Adhesion Of Air Bubbles To The Fluorite Surface
The Adsorption Of Sodium Dodecyl Sulphate On Fluorite And Its Surface Free Energy
Influence Of N-Alkylammonium Chlorides On The Adhesion Of Air Bubbles To The Fluorite Surface
The Surface Free Energy Of Fluorite In Presence Of Sodium Dodecyl Sulfate
Influence Of N-Alkylammonium Chlorides On The Adhesion Of Air Bubbles To The Fluorite Surface
The Surface Free Energy Of Fluorite In Presence Of Sodium Dodecyl Sulfate
Wettability Of Cassiterite In Presence Of Sodium Dodecyl Sulphate
The Surface Free Energy Of Fluorite In Presence Of Sodium Dodecyl Sulfate
Wettability Of Cassiterite In Presence Of Sodium Dodecyl Sulphate
Adsorption Of Sodium Dodecyl Sulphate On Cassiterite Surface
Wettability Of Cassiterite In Presence Of Sodium Dodecyl Sulphate
Adsorption Of Sodium Dodecyl Sulphate On Cassiterite Surface
The Influence Of Mixture Anionic And Non-Ionic Surfactants On The Surface Free Energy Of Cassiterite
Adsorption Of Sodium Dodecyl Sulphate On Cassiterite Surface
The Influence Of Mixture Anionic And Non-Ionic Surfactants On The Surface Free Energy Of Cassiterite
Adhesion Of Air Bubbles To A Fluorite Surface In The Presence Of Oleate Species
The Influence Of Mixture Anionic And Non-Ionic Surfactants On The Surface Free Energy Of Cassiterite
Adhesion Of Air Bubbles To A Fluorite Surface In The Presence Of Oleate Species
Wettability And Surface Tension Of Fluorite
Adhesion Of Air Bubbles To A Fluorite Surface In The Presence Of Oleate Species
Wettability And Surface Tension Of Fluorite
The Influence Of Oleate Adsorption At The Fluorite/water Interface On Fluorite Surface Free Energy
Wettability And Surface Tension Of Fluorite
The Influence Of Oleate Adsorption At The Fluorite/water Interface On Fluorite Surface Free Energy
Determination Of Components Of Cassiterite Surface Free Energy From Contact Angle Measurements
The Influence Of Oleate Adsorption At The Fluorite/water Interface On Fluorite Surface Free Energy
Determination Of Components Of Cassiterite Surface Free Energy From Contact Angle Measurements
Coadsorption Of An Anionic And A Non-Ionic Surfactant On Calcium Fluoride In Water
Determination Of Components Of Cassiterite Surface Free Energy From Contact Angle Measurements
Coadsorption Of An Anionic And A Non-Ionic Surfactant On Calcium Fluoride In Water
Improvement Of Data Logging For An Lkb 8700 Calorimeter
Coadsorption Of An Anionic And A Non-Ionic Surfactant On Calcium Fluoride In Water
Improvement Of Data Logging For An Lkb 8700 Calorimeter
P-Nitrophenol Adsorption From Aqueous Solution On Carbon Black. Temperature Effect
Improvement Of Data Logging For An Lkb 8700 Calorimeter
P-Nitrophenol Adsorption From Aqueous Solution On Carbon Black. Temperature Effect
How Much Force Is Needed To Kill A Single Bacterium?
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