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Sergii Rudiuk

Researcher at École Normale Supérieure

Publications -  41
Citations -  1199

Sergii Rudiuk is an academic researcher from École Normale Supérieure. The author has contributed to research in topics: Drop (liquid) & Coffee ring effect. The author has an hindex of 16, co-authored 40 publications receiving 916 citations. Previous affiliations of Sergii Rudiuk include Centre national de la recherche scientifique & Kyoto University.

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Modulation of the Coffee-Ring Effect in Particle/Surfactant Mixtures: the Importance of Particle–Interface Interactions

TL;DR: It is shown that the surfactant-mediated interactions between particles and the liquid-gas and liquid-solid interfaces, rather than the flow patterns, primarily define the morphology of the dry deposit in a robust and reproducible manner.
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Light‐Driven Transport of a Liquid Marble with and against Surface Flows

TL;DR: The light-driven transport of floating liquid marbles is described and it is demonstrated that the anti-Marangoni motion is driven by the free surface deformation, which propels the non-wetting marble against the surface flow and is called the slide effect.
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Protein Adsorption and Reorganization on Nanoparticles Probed by the Coffee-Ring Effect: Application to Single Point Mutation Detection.

TL;DR: This method is sensitive enough to detect a single point mutation in a protein, as demonstrated here by the distinct patterns formed by human native hemoglobin h-HbA and its mutant form h- HbS, which is responsible for sickle cell anemia.
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Importance of the dynamics of adsorption and of a transient interfacial stress on the formation of aggregates of IgG antibodies

TL;DR: In this article, the role of interfacial stress by applying brief mechanical impacts on the air-water interface, in the presence or absence of surfactants, in solutions of immunoglobulin G (IgG), a class of proteins of high importance to the developments of new therapeutics.
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Magnetic Actuation of Drops and Liquid Marbles Using a Deformable Paramagnetic Liquid Substrate

TL;DR: The paramagnetofluidic method advantageously works without any complex equipment or electric power, in phase with the necessary development of robust and low‐cost analytical and diagnostic fluidic devices.