PUBLICACIÓN

Capabilities and limitations of fire-shaping to produce glass nozzles

Logo Open Access

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Alejandro Rubio, Sergio Rodríguez, Maria G. Cabezas

2020 Materials

Condensed Matter Physics (Q2), Materials Science (miscellaneous) (Q2)

JCR: 3.623

SJR: 0.682

CITAS

5

DOI

10.3390/ma13235477

EID

2-s2.0-85097029024

EISSN

1996-1944

AUTORES DE LA UEX

Alejandro Rubio González
Sergio Rodríguez Aparicio
María Guadalupe Cabezas Martín

OTRAS PUBLICACIONES DE INTERÉS

Using Rotating Liquid Bridges As Accelerometers
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
A Novel Microfluidic Method To Produce Monodisperse Micrometer Bubbles
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
A Novel Microfluidic Method To Produce Monodisperse Micrometer Bubbles
Superstability Of Micrometre Jets Surrounded By A Polymeric Shell
A Novel Microfluidic Method To Produce Monodisperse Micrometer Bubbles
Superstability Of Micrometre Jets Surrounded By A Polymeric Shell
Transient Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Superstability Of Micrometre Jets Surrounded By A Polymeric Shell
Transient Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Transient Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Global Stability Analysis Of Hydrodynamic Focusing In The Presence Of A Soluble Surfactant
Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Global Stability Analysis Of Hydrodynamic Focusing In The Presence Of A Soluble Surfactant
Influence Of The Gas Viscosity On The Stability Of Flow Focusing
Global Stability Analysis Of Hydrodynamic Focusing In The Presence Of A Soluble Surfactant
Influence Of The Gas Viscosity On The Stability Of Flow Focusing
Bubble Bursting In A Weakly Viscoelastic Liquid
Influence Of The Gas Viscosity On The Stability Of Flow Focusing
Bubble Bursting In A Weakly Viscoelastic Liquid
On The Hydrodynamic Focusing For Producing Microemulsions Via Tip Streaming
Bubble Bursting In A Weakly Viscoelastic Liquid
On The Hydrodynamic Focusing For Producing Microemulsions Via Tip Streaming
Effect Of The Air Coflow Temperature And Spinneret Position On The Solution Blow Spinning Technique
On The Hydrodynamic Focusing For Producing Microemulsions Via Tip Streaming
Effect Of The Air Coflow Temperature And Spinneret Position On The Solution Blow Spinning Technique
Viscoelastic Transition In Transonic Flow Focusing
Effect Of The Air Coflow Temperature And Spinneret Position On The Solution Blow Spinning Technique
Viscoelastic Transition In Transonic Flow Focusing
Fire-Shaped Nozzles To Produce A Stress Peak For Deformability Studies
Viscoelastic Transition In Transonic Flow Focusing
Fire-Shaped Nozzles To Produce A Stress Peak For Deformability Studies
Unexpected Stability Of Micrometer Weakly Viscoelastic Jets
Fire-Shaped Nozzles To Produce A Stress Peak For Deformability Studies
Unexpected Stability Of Micrometer Weakly Viscoelastic Jets
A Particulate Blood Analogue Based On Artificial Viscoelastic Blood Plasma And Rbc-Like Microparticles At A Concentration Matching The Human Haematocrit
Unexpected Stability Of Micrometer Weakly Viscoelastic Jets
A Particulate Blood Analogue Based On Artificial Viscoelastic Blood Plasma And Rbc-Like Microparticles At A Concentration Matching The Human Haematocrit
Transonic Flow Focusing: Stability Analysis And Jet Diameter
A Particulate Blood Analogue Based On Artificial Viscoelastic Blood Plasma And Rbc-Like Microparticles At A Concentration Matching The Human Haematocrit
Transonic Flow Focusing: Stability Analysis And Jet Diameter
Global Stability Analysis Of Axisymmetric Liquid–liquid Flow Focusing
Transonic Flow Focusing: Stability Analysis And Jet Diameter
Global Stability Analysis Of Axisymmetric Liquid–liquid Flow Focusing
A Method For Measuring The Interfacial Tension For Density-Matched Liquids
Global Stability Analysis Of Axisymmetric Liquid–liquid Flow Focusing
A Method For Measuring The Interfacial Tension For Density-Matched Liquids
Global Stability Analysis Of Axisymmetric Liquid-Liquid Flow Focusing
A Method For Measuring The Interfacial Tension For Density-Matched Liquids
Global Stability Analysis Of Axisymmetric Liquid-Liquid Flow Focusing
Whipping In Gaseous Flow Focusing
Global Stability Analysis Of Axisymmetric Liquid-Liquid Flow Focusing
Whipping In Gaseous Flow Focusing
Capabilities And Limitations Of Fire-Shaping To Produce Glass Nozzles
Whipping In Gaseous Flow Focusing
Capabilities And Limitations Of Fire-Shaping To Produce Glass Nozzles
Suicide Behaviour, Drug Intoxication And Skin Lesions
Capabilities And Limitations Of Fire-Shaping To Produce Glass Nozzles
Suicide Behaviour, Drug Intoxication And Skin Lesions
Stability Of A Jet Moving In A Rectangular Microchannel
Suicide Behaviour, Drug Intoxication And Skin Lesions
Stability Of A Jet Moving In A Rectangular Microchannel
Erratum To “a New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles” [J. Mater. Proc. Technol. 270 (2019) 241–253] (Journal Of Materials Processing Tech. (2019) 270 (241–253), (S0924013619300834), (10.1016/j.jmatprotec.2019.02.027))
Stability Of A Jet Moving In A Rectangular Microchannel
Erratum To “a New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles” [J. Mater. Proc. Technol. 270 (2019) 241–253] (Journal Of Materials Processing Tech. (2019) 270 (241–253), (S0924013619300834), (10.1016/j.jmatprotec.2019.02.027))
A New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles
Erratum To “a New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles” [J. Mater. Proc. Technol. 270 (2019) 241–253] (Journal Of Materials Processing Tech. (2019) 270 (241–253), (S0924013619300834), (10.1016/j.jmatprotec.2019.02.027))
A New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles
Nose Temperature And Anticorrelation Between Recrystallization Kinetics And Molecular Relaxation Dynamics In Amorphous Morniflumate At High Pressure
A New Fire Shaping Approach To Produce Highly Axisymmetric And Reproducible Nozzles
Nose Temperature And Anticorrelation Between Recrystallization Kinetics And Molecular Relaxation Dynamics In Amorphous Morniflumate At High Pressure
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Nose Temperature And Anticorrelation Between Recrystallization Kinetics And Molecular Relaxation Dynamics In Amorphous Morniflumate At High Pressure
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Borosilicate Nozzles Manufactured By Reproducible Fire Shaping
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Borosilicate Nozzles Manufactured By Reproducible Fire Shaping
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
Borosilicate Nozzles Manufactured By Reproducible Fire Shaping
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
A Novel Technique For Producing Metallic Microjets And Microdrops
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
A Novel Technique For Producing Metallic Microjets And Microdrops
Generalization And Advanced Application Of Axisymmetric Drop Shape Analysis
A Novel Technique For Producing Metallic Microjets And Microdrops
Generalization And Advanced Application Of Axisymmetric Drop Shape Analysis
Investigation Of The Neumann Triangle For Dodecane Liquid Lenses On Water
Generalization And Advanced Application Of Axisymmetric Drop Shape Analysis
Investigation Of The Neumann Triangle For Dodecane Liquid Lenses On Water
Measurement Of The Dynamical Free Surface Deformation In Liquid Bridges
Investigation Of The Neumann Triangle For Dodecane Liquid Lenses On Water
Measurement Of The Dynamical Free Surface Deformation In Liquid Bridges
A New Experimental Technique For Measuring The Dynamical Free Surface Deformation In Liquid Bridges Due To Thermal Convection
Measurement Of The Dynamical Free Surface Deformation In Liquid Bridges
A New Experimental Technique For Measuring The Dynamical Free Surface Deformation In Liquid Bridges Due To Thermal Convection
Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
A New Experimental Technique For Measuring The Dynamical Free Surface Deformation In Liquid Bridges Due To Thermal Convection
Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
An Analysis Of The Sensitivity Of Pendant Drops And Liquid Bridges To Measure The Interfacial Tension
Subcritical And Oscillatory Dynamic Surface Deformations In Non-Cylindrical Liquid Dridges
An Analysis Of The Sensitivity Of Pendant Drops And Liquid Bridges To Measure The Interfacial Tension
Computational Evaluation Of The Theoretical Image Fitting Analysis - Axisymmetric Interfaces (Tifa-Ai) Method Of Measuring Interfacial Tension
An Analysis Of The Sensitivity Of Pendant Drops And Liquid Bridges To Measure The Interfacial Tension
Computational Evaluation Of The Theoretical Image Fitting Analysis - Axisymmetric Interfaces (Tifa-Ai) Method Of Measuring Interfacial Tension
Measurements Of Dynamic Surface Deformation In Liquid Bridges
Computational Evaluation Of The Theoretical Image Fitting Analysis - Axisymmetric Interfaces (Tifa-Ai) Method Of Measuring Interfacial Tension
Measurements Of Dynamic Surface Deformation In Liquid Bridges
An Experimental Analysis Of The Linear Vibration Of Axisymmetric Liquid Bridges
Measurements Of Dynamic Surface Deformation In Liquid Bridges
An Experimental Analysis Of The Linear Vibration Of Axisymmetric Liquid Bridges
Determination Of Surface Tension And Contact Angle From The Shapes Of Axisymmetric Fluid Interfaces Without Use Of Apex Coordinates
An Experimental Analysis Of The Linear Vibration Of Axisymmetric Liquid Bridges
Determination Of Surface Tension And Contact Angle From The Shapes Of Axisymmetric Fluid Interfaces Without Use Of Apex Coordinates
Liquid Bridge Equilibrium Contours Between Non-Circular Supports
Determination Of Surface Tension And Contact Angle From The Shapes Of Axisymmetric Fluid Interfaces Without Use Of Apex Coordinates
Liquid Bridge Equilibrium Contours Between Non-Circular Supports
A New Method Of Image Processing In The Analysis Of Axisymmetric Drop Shapes
Liquid Bridge Equilibrium Contours Between Non-Circular Supports
A New Method Of Image Processing In The Analysis Of Axisymmetric Drop Shapes
A New Drop-Shape Methodology For Surface Tension Measurement
A New Method Of Image Processing In The Analysis Of Axisymmetric Drop Shapes
A New Drop-Shape Methodology For Surface Tension Measurement
On The Use Of Liquid Bridges As Tensiometers
A New Drop-Shape Methodology For Surface Tension Measurement
On The Use Of Liquid Bridges As Tensiometers
Detection Of Liquid Bridge Contours And Its Applications
On The Use Of Liquid Bridges As Tensiometers
Detection Of Liquid Bridge Contours And Its Applications
Equilibrium Contour Of Liquid Bridges Connected By Pressure
Detection Of Liquid Bridge Contours And Its Applications
Equilibrium Contour Of Liquid Bridges Connected By Pressure
Theoretical And Experimental Analysis Of The Equilibrium Contours Of Liquid Bridges Of Arbitrary Shape
Equilibrium Contour Of Liquid Bridges Connected By Pressure
Theoretical And Experimental Analysis Of The Equilibrium Contours Of Liquid Bridges Of Arbitrary Shape
Using Rotating Liquid Bridges As Accelerometers
Theoretical And Experimental Analysis Of The Equilibrium Contours Of Liquid Bridges Of Arbitrary Shape
Using Rotating Liquid Bridges As Accelerometers
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
WEB ACCESIBLE