PUBLICACIÓN

Monte Carlo–based model for the extraction of oil from oil-water mixtures using wetting and surface acoustic waves

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Jesús M. Marcos; Yifan Li; Mark Fasano; Javier A. Diez; Linda J. Cummings; Ofer Manor; Lou Kondic

2025 PHYSICAL REVIEW E

CITAS

1

DOI

10.1103/cckb-5m6h

EID

2-s2.0-105016422632

ISSN

2470-0045

EISSN

2470-0053

AUTORES DE LA UEX

Jesús María Marcos Merino

OTRAS PUBLICACIONES DE INTERÉS

Ratchet Universality In The Bidirectional Escape From A Symmetric Potential Well
Microscopic Fluctuations In The Spreading Fronts Of Circular Wetting Liquid Droplets
Using Wetting And Ultrasonic Waves To Extract Oil From Oil/water Mixtures
Microscopic Fluctuations In The Spreading Fronts Of Circular Wetting Liquid Droplets
Using Wetting And Ultrasonic Waves To Extract Oil From Oil/water Mixtures
Numerical Integration Of The Kpz And Related Equations On Networks: The Case Of The Cayley Tree
Using Wetting And Ultrasonic Waves To Extract Oil From Oil/water Mixtures
Numerical Integration Of The Kpz And Related Equations On Networks: The Case Of The Cayley Tree
Monte Carlo–based Model For The Extraction Of Oil From Oil-Water Mixtures Using Wetting And Surface Acoustic Waves
Numerical Integration Of The Kpz And Related Equations On Networks: The Case Of The Cayley Tree
Monte Carlo–based Model For The Extraction Of Oil From Oil-Water Mixtures Using Wetting And Surface Acoustic Waves
Erratum: Ratchet Universality In The Bidirectional Escape From A Symmetric Potential Well [Phys. Rev. E 103, 022203 (2021)
Monte Carlo–based Model For The Extraction Of Oil From Oil-Water Mixtures Using Wetting And Surface Acoustic Waves
Erratum: Ratchet Universality In The Bidirectional Escape From A Symmetric Potential Well [Phys. Rev. E 103, 022203 (2021)
Spreading Fronts Of Wetting Liquid Droplets: Microscopic Simulations And Universal Fluctuations
Erratum: Ratchet Universality In The Bidirectional Escape From A Symmetric Potential Well [Phys. Rev. E 103, 022203 (2021)
Spreading Fronts Of Wetting Liquid Droplets: Microscopic Simulations And Universal Fluctuations
Ratchet Universality In The Bidirectional Escape From A Symmetric Potential Well
Spreading Fronts Of Wetting Liquid Droplets: Microscopic Simulations And Universal Fluctuations
Ratchet Universality In The Bidirectional Escape From A Symmetric Potential Well
Microscopic Fluctuations In The Spreading Fronts Of Circular Wetting Liquid Droplets
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