Results 281 to 290 of about 3,360,977 (351)
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Study of Ion Transfer Coupling with Electron Transfer by Hydrophilic Droplet Electrodes
Analytical Chemistry, 2015In a hydrophilic droplet three-electrode system, electroactive species within the droplet play very important roles in the electron-transfer (ET) process on the solid/electrolyte interface, which can then induce an ion-transfer (IT) reaction at the liquid/liquid interface.
Jing Gu +9 more
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Ferro-Liquid Droplet Heat Transfer on Water Surface: Effect of Droplet Volume on Droplet Fluidity
Journal of Thermophysics and Heat Transfer, 2018Heat transfer analysis of a transformer oil–based, a sessile ferro-liquid droplet formed on a stagnant water surface is carried out.
Abdullah Al-Sharafi +2 more
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Fundamental limits of jumping droplet heat transfer
Applied Physics Letters, 2020Liquid-vapor phase-change cooling has a significant potential to facilitate the development of highly dense electronics by leveraging latent heat during the phase transition to remove heat from hotspots. A promising form of liquid–vapor phase-change cooling is coalescence-induced jumping droplet condensation, where droplet growth results in coalescence
Thomas Foulkes +4 more
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International Journal of Heat and Fluid Flow, 2017
Abstract Heat transfer towards a water droplet from hydrophobic micro-post array surface is considered while mimicking the environmental temperatures. Micro-post arrays are created on a silicon wafer surface via lithography technique. The textured surfaces are replicated by polydimethylsiloxane (PDMS) to achieve an optical transmittance.
Bekir Sami Yilbas +2 more
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Abstract Heat transfer towards a water droplet from hydrophobic micro-post array surface is considered while mimicking the environmental temperatures. Micro-post arrays are created on a silicon wafer surface via lithography technique. The textured surfaces are replicated by polydimethylsiloxane (PDMS) to achieve an optical transmittance.
Bekir Sami Yilbas +2 more
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Droplet transfer in two-phase annular flow
International Journal of Multiphase Flow, 1983Abstract The tracer method, adopted by a number of experiments for the measurement of the rate of liquid interchange between the wall layer and the dispersed phase in a fully developed annular flow, has been critically examined on the basis of a more accurate description of the flow behavior of entrained droplets.
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Numerical simulation of droplet transfer process in ultrasonic-assisted MIG welding
Science and technology of welding and joining, 2019A numerical model of ultrasonic-assisted MIG welding droplet transfer was established, and ultrasonic vibration equation of motion was compiled by user-defined function. In several different transition modes, the comparison between the MIG and Ultrasonic-
G. Ma +4 more
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Interaction of the transfer processes in semitransparent liquid droplets
International Journal of Heat and Mass Transfer, 2003zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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The influence of coalescence on droplet transfer in vertical annular flow
Chemical Engineering Science, 1996In vertical annular flow, the motion of droplets in the gas core is dominated either by a diffusion mechanism, when the droplet size is small, or by inertial effects when droplets are large. These two mechanisms have to be considered when predicting deposition rates. Furthermore, since droplet-droplet interactions influence droplet motion, a deposition
SOLDATI A., ANDREUSSI, PAOLO
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Radiative Transfer and Cloud Droplet Growth
Journal of the Atmospheric Sciences, 1979Abstract Two papers, Roach (1976) and Barkstrom (1978), estimating the significance of radiative transfer on cloud (or fog) droplet growth have recently appeared. While their Principal conclusions are in broad quantitative agreement, it is worth commenting briefly on such differences of emphasis as do exist.
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Molecular simulations of droplet evaporation by heat transfer
Microfluidics and Nanofluidics, 2006Droplet evaporation by heat transfer is investigated by molecular dynamics simulations for a pure Lennard-Jones fluid. Two different initial conditions are treated: (1) a droplet surrounded by its vapor in equilibrium, (2) a cold droplet surrounded by warm vapor. In both cases heat is transferred from a heat bath.
Johann Fischer, Siswo Sumardiono
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