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This is a fully funded PhD (fees and bursary) in experimental icing research. Fundamental understanding of droplet impact dynamics is integral to icing. The overall aim of this PhD is to use optical
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macrophase separation, leading to visible “protein/RNA” droplets, has been widely studied and suggested to be a mechanism underlying so-called membraneless organelles, potential associative mechanisms
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-resolved Coulomb explosion imaging experiments with a velocity map imaging spectrometer Proof-of-concept experiments on intermolecular proton-coupled electron transfer inside helium droplets Data analysis
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open questions concerning the role of small droplets, ice surface roughness and influences of rimer rotation, humidity and pressure on the secondary ice formation process. To this end, the existing
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a multiphase multicomponent liquid volume in confinement (e.g. in a droplet or in a capillary) is driven out of equilibrium through evaporation. Such structures are ubiquitous in several biological
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interface can be spontaneously generated when a multiphase multicomponent liquid volume in confinement (e.g. in a droplet or in a capillary) is driven out of equilibrium through evaporation. Such structures
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Institute of Technology), Dr. Kerti Ausmees More info: https://taltech.ee/en/innochembio/reile Droplet Microfluidic Tools for Sustainable Biotechnology Hosting: Tallinn University of Technology, secondment
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are highly sought after skills used in academic research and industries (including mechanical, aerospace, automotive, energy and biomedical engineering). Flexible start date! Project Title: Fluid and Droplet
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microorganisms catalyze the freezing of cloud droplets. These substances are a significant source of so-called ice-nucleating particles, particularly over remote marine regions. The aim of the advertised PhD
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for light-based technologies’ with Associate Professor Jenny Malmström (University of Auckland) ‘Tiny droplets with big potential: designing stimuli-responsive liquid micro-structures for sustainable