PUBLICACIÓN

Fast, flexible and low-cost multiphase blood analogue for biomedical and energy applications

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Lima, R.; Vega, E.J.; Moita, A.S.; Miranda, J.M.; Pinho, D.; Moreira, A.L.N.

2020 EXPERIMENTS IN FLUIDS

Computational Mechanics (Q1), Fluid Flow and Transfer Processes (Q1), Mechanics of Materials (Q1), Physics and Astronomy (miscellaneous) (Q1)

JCR: 2.48

SJR: 1.01

CITAS

20

DOI

10.1007/s00348-020-03066-7

EID

2-s2.0-85092386264

ISSN

0723-4864

EISSN

1432-1114

BIBTEX

@article{Vega2020,title = {Fast, flexible and low-cost multiphase blood analogue for biomedical and energy applications},journal = {Experiments in Fluids},year = {2020},volume = {61},number = {11},author = {Lima, R. and Vega, E.J. and Moita, A.S. and Miranda, J.M. and Pinho, D. and Moreira, A.L.N.}}

AUTORES DE LA UEX

Emilio José Vega Rodríguez

OTRAS PUBLICACIONES DE INTERÉS

Damping Of Linear Oscillations In Axisymmetric Liquid Bridges
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
A New Emitter For Electrospray And Electrohydrodynamic Jet Printing
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
A New Emitter For Electrospray And Electrohydrodynamic Jet Printing
Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
A New Emitter For Electrospray And Electrohydrodynamic Jet Printing
Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Experimental Investigation Of The Stability Of Electrospray Cone-Jet Formation For Weakly Viscoelastic Fluids
Bubble Rising In The Presence Of A Surfactant At Very Low Concentrations
Experimental Investigation Of The Stability Of Electrospray Cone-Jet Formation For Weakly Viscoelastic Fluids
Influence Of A Surfactant On Bubble Bursting
Experimental Investigation Of The Stability Of Electrospray Cone-Jet Formation For Weakly Viscoelastic Fluids
Influence Of A Surfactant On Bubble Bursting
On The Electrohydrodynamic Jet Printing Of Two-Dimensional Material-Based Inks For Printed Electronics
Influence Of A Surfactant On Bubble Bursting
On The Electrohydrodynamic Jet Printing Of Two-Dimensional Material-Based Inks For Printed Electronics
On The Electrohydrodynamic Jet Printing Of 2d Material-Based Inks For Printed Electronics
On The Electrohydrodynamic Jet Printing Of Two-Dimensional Material-Based Inks For Printed Electronics
On The Electrohydrodynamic Jet Printing Of 2d Material-Based Inks For Printed Electronics
Influence Of A Surfactant On Bubble Bursting
On The Electrohydrodynamic Jet Printing Of 2d Material-Based Inks For Printed Electronics
Influence Of A Surfactant On Bubble Bursting
Effect Of The Air Coflow Temperature And Spinneret Position On The Solution Blow Spinning Technique
Influence Of A Surfactant On Bubble Bursting
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
Dynamic Flow Behaviour Of A Blood Analogue Fluid In Microchannels For Microcirculation Studies
A Particulate Blood Analogue Based On Artificial Viscoelastic Blood Plasma And Rbc-Like Microparticles At A Concentration Matching The Human Haematocrit
Dynamic Flow Behaviour Of A Blood Analogue Fluid In Microchannels For Microcirculation Studies
Blood Particulate Analogue Fluids: A Review
Dynamic Flow Behaviour Of A Blood Analogue Fluid In Microchannels For Microcirculation Studies
Blood Particulate Analogue Fluids: A Review
Electrical Conductivity Of A Stretching Viscoelastic Filament
Blood Particulate Analogue Fluids: A Review
Electrical Conductivity Of A Stretching Viscoelastic Filament
Experimental Analysis Of The Extensional Flow Of Very Weakly Viscoelastic Polymer Solutions
Electrical Conductivity Of A Stretching Viscoelastic Filament
Experimental Analysis Of The Extensional Flow Of Very Weakly Viscoelastic Polymer Solutions
Fast, Flexible And Low-Cost Multiphase Blood Analogue For Biomedical And Energy Applications
Experimental Analysis Of The Extensional Flow Of Very Weakly Viscoelastic Polymer Solutions
Fast, Flexible And Low-Cost Multiphase Blood Analogue For Biomedical And Energy Applications
Breakup Of An Electrified Viscoelastic Liquid Bridge
Fast, Flexible And Low-Cost Multiphase Blood Analogue For Biomedical And Energy Applications
Breakup Of An Electrified Viscoelastic Liquid Bridge
A Simple Emulsification Technique For The Production Of Micro-Sized Flexible Powder Of Polydimethylsiloxane (Pdms)
Breakup Of An Electrified Viscoelastic Liquid Bridge
A Simple Emulsification Technique For The Production Of Micro-Sized Flexible Powder Of Polydimethylsiloxane (Pdms)
Analogue Fluids For Cell Deformability Studies In Microfluidic Devices
A Simple Emulsification Technique For The Production Of Micro-Sized Flexible Powder Of Polydimethylsiloxane (Pdms)
Analogue Fluids For Cell Deformability Studies In Microfluidic Devices
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Analogue Fluids For Cell Deformability Studies In Microfluidic Devices
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Complex Behavior Very Close To The Pinching Of A Liquid Free Surface
Gaseous Flow Focusing For Spinning Micro And Nanofibers
Complex Behavior Very Close To The Pinching Of A Liquid Free Surface
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
Complex Behavior Very Close To The Pinching Of A Liquid Free Surface
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Flexible Pdms Microparticles To Mimic Rbcs In Blood Particulate Analogue Fluids
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Magnetic Pdms Microparticles For Biomedical And Energy Applications
Fire-Shaped Cylindrical Glass Micronozzles To Measure Cell Deformability
Magnetic Pdms Microparticles For Biomedical And Energy Applications
Cell Deformability Studies For Clinical Diagnostics: Tests With Blood Analogue Fluids Using A Drop Based Microfluidic Device
Magnetic Pdms Microparticles For Biomedical And Energy Applications
Cell Deformability Studies For Clinical Diagnostics: Tests With Blood Analogue Fluids Using A Drop Based Microfluidic Device
Erratum: Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop [Phys. Rev. Lett. 118, 024501 (2017)
Cell Deformability Studies For Clinical Diagnostics: Tests With Blood Analogue Fluids Using A Drop Based Microfluidic Device
Erratum: Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop [Phys. Rev. Lett. 118, 024501 (2017)
Stabilization Of Axisymmetric Liquid Bridges Through Vibration-Induced Pressure Fields
Erratum: Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop [Phys. Rev. Lett. 118, 024501 (2017)
Stabilization Of Axisymmetric Liquid Bridges Through Vibration-Induced Pressure Fields
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Stabilization Of Axisymmetric Liquid Bridges Through Vibration-Induced Pressure Fields
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Smooth Printing Of Viscoelastic Microfilms With A Flow Focusing Ejector
Shrinkage And Colour In The Production Of Micro-Sized Pdms Particles For Microfluidic Applications
Smooth Printing Of Viscoelastic Microfilms With A Flow Focusing Ejector
Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop
Smooth Printing Of Viscoelastic Microfilms With A Flow Focusing Ejector
Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop
Suppressing Prompt Splash With Polymer Additives
Influence Of The Surface Viscosity On The Breakup Of A Surfactant-Laden Drop
Suppressing Prompt Splash With Polymer Additives
Measurement Of Relaxation Times In Extensional Flow Of Weakly Viscoelastic Polymer Solutions
Suppressing Prompt Splash With Polymer Additives
Measurement Of Relaxation Times In Extensional Flow Of Weakly Viscoelastic Polymer Solutions
Effects Of Surface-Active Impurities On The Liquid Bridge Dynamics
Measurement Of Relaxation Times In Extensional Flow Of Weakly Viscoelastic Polymer Solutions
Effects Of Surface-Active Impurities On The Liquid Bridge Dynamics
The Effects Of Ambient Impurities On The Surface Tension
Effects Of Surface-Active Impurities On The Liquid Bridge Dynamics
The Effects Of Ambient Impurities On The Surface Tension
The Production Of Viscoelastic Capillary Jets With Gaseous Flow Focusing
The Effects Of Ambient Impurities On The Surface Tension
The Production Of Viscoelastic Capillary Jets With Gaseous Flow Focusing
Generation Of Micro-Sized Pdms Particles By A Flow Focusing Technique For Biomicrofluidics Applications
The Production Of Viscoelastic Capillary Jets With Gaseous Flow Focusing
Generation Of Micro-Sized Pdms Particles By A Flow Focusing Technique For Biomicrofluidics Applications
Desarrollo De Dilemas Morales Mediante La Utilización Del Campus Virtual De La Universidad De Extremadura.: Experiencias En El Ámbito De Las Ingenierías
Generation Of Micro-Sized Pdms Particles By A Flow Focusing Technique For Biomicrofluidics Applications
Desarrollo De Dilemas Morales Mediante La Utilización Del Campus Virtual De La Universidad De Extremadura.: Experiencias En El Ámbito De Las Ingenierías
Dynamics Of An Axisymmetric Liquid Bridge Close To The Minimum-Volume Stability Limit
Desarrollo De Dilemas Morales Mediante La Utilización Del Campus Virtual De La Universidad De Extremadura.: Experiencias En El Ámbito De Las Ingenierías
Dynamics Of An Axisymmetric Liquid Bridge Close To The Minimum-Volume Stability Limit
Production Of Microbubbles From Axisymmetric Flow Focusing In The Jetting Regime For Moderate Reynolds Numbers
Dynamics Of An Axisymmetric Liquid Bridge Close To The Minimum-Volume Stability Limit
Production Of Microbubbles From Axisymmetric Flow Focusing In The Jetting Regime For Moderate Reynolds Numbers
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
Production Of Microbubbles From Axisymmetric Flow Focusing In The Jetting Regime For Moderate Reynolds Numbers
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
An Experimental Technique To Produce Micrometer Waves On A Cylindrical Sub-Millimeter Free Surface
A Novel Technique To Produce Metallic Microdrops For Additive Manufacturing
An Experimental Technique To Produce Micrometer Waves On A Cylindrical Sub-Millimeter Free Surface
A New Flow Focusing Technique To Produce Very Thin Jets
An Experimental Technique To Produce Micrometer Waves On A Cylindrical Sub-Millimeter Free Surface
A New Flow Focusing Technique To Produce Very Thin Jets
A Novel Technique For Producing Metallic Microjets And Microdrops
A New Flow Focusing Technique To Produce Very Thin Jets
A Novel Technique For Producing Metallic Microjets And Microdrops
An Experimental Technique To Measure The Capillary Waves In Electrified Microjets
A Novel Technique For Producing Metallic Microjets And Microdrops
An Experimental Technique To Measure The Capillary Waves In Electrified Microjets
An Experimental Setup For The Study Of The Steady Air Flow In A Diesel Engine Chamber
An Experimental Technique To Measure The Capillary Waves In Electrified Microjets
An Experimental Setup For The Study Of The Steady Air Flow In A Diesel Engine Chamber
Numerical Simulation Of Electrospray In The Cone-Jet Mode
An Experimental Setup For The Study Of The Steady Air Flow In A Diesel Engine Chamber
Numerical Simulation Of Electrospray In The Cone-Jet Mode
Exploring The Precision Of Backlight Optical Imaging In Microfluidics Close To The Diffraction Limit
Numerical Simulation Of Electrospray In The Cone-Jet Mode
Exploring The Precision Of Backlight Optical Imaging In Microfluidics Close To The Diffraction Limit
Numerical Simulation Of A Liquid Bridge In A Coaxial Gas Flow
Exploring The Precision Of Backlight Optical Imaging In Microfluidics Close To The Diffraction Limit
Numerical Simulation Of A Liquid Bridge In A Coaxial Gas Flow
On The Validity Of A Universal Solution For Viscous Capillary Jets
Numerical Simulation Of A Liquid Bridge In A Coaxial Gas Flow
On The Validity Of A Universal Solution For Viscous Capillary Jets
Micrometer Glass Nozzles For Flow Focusing
On The Validity Of A Universal Solution For Viscous Capillary Jets
Micrometer Glass Nozzles For Flow Focusing
Global And Local Instability Of Flow Focusing: The Influence Of The Geometry
Micrometer Glass Nozzles For Flow Focusing
Global And Local Instability Of Flow Focusing: The Influence Of The Geometry
Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
Global And Local Instability Of Flow Focusing: The Influence Of The Geometry
Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
On The Precision Of Optical Imaging To Study Free Surface Dynamics At High Frame Rates
Sub-Micrometer Precision Of Optical Imaging To Locate The Free Surface Of A Micrometer Fluid Shape
On The Precision Of Optical Imaging To Study Free Surface Dynamics At High Frame Rates
Damping Of Linear Oscillations In Axisymmetric Liquid Bridges
On The Precision Of Optical Imaging To Study Free Surface Dynamics At High Frame Rates
Damping Of Linear Oscillations In Axisymmetric Liquid Bridges
Effect Of The Polymer Viscosity And Relaxation Time On The Worthington Jet Produced By Bubble Bursting In Weakly Viscoelastic Liquids
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