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Liquid System sentence examples within specific surface area
The issue coverage requires conducting comparative studies of the specific surface area of bubbles in a gas-liquid system and the mass transfer coefficients in a pipe with a periodically changing cross-section and in a cylindrical pipe with other conditions being equal.
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Comparing with the traditional luminescence of Ru(bpy)32+ observed in a liquid system, the proposed method of encapsulating Ru(bpy)32+ into ICPn for immobilization greatly improves the ECL signal and efficiency, which is attributed to the unique porous structure and large specific surface area of ICPn.
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Liquid System sentence examples within Ionic Liquid System
Liquid System sentence examples within Phase Liquid System
The present article investigates the separation of a two-phase liquid system in a centrifugal force field on the basis of concepts underlying the hydrodynamics of interpenetrating and interacting media.
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The electrowetting-on-dielectric digital microfluidic platform is capable of handling a two-phase liquid system easily, which enables DTD LLE.
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Liquid System sentence examples within Binary Liquid System
The binary liquid system NMP-ETH is selected to interpret the effect of carbonyl (-C O) group of NMP and hydroxyl group (-OH) of ETH on the volumetric, thermal and dielectric properties.
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The negative values of VE and ∆κs and positive values of Δη obtained for the studied binary liquid systems are indicative of strong intermolecular interactions between unlike molecules.
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Liquid System sentence examples within Complex Liquid System
The chapter is divided into two sections, dealing with a basic introduction to the topic, and a more in-depth presentation of four different computational methods typically used to simulate the structural and dynamical properties of complex liquid systems.
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Following tendencies can be identified - research on complex liquid systems, implementation of risks consideration seen from by-product formation, and better cooperation between researchers and industry oriented to improve cell design and disinfection technology.
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Liquid System sentence examples within Spin Liquid System
Machine learning methods provide a new perspective on the study of many-body system in condensed matter physics and there is only limited understanding of their representational properties and limitations in quantum spin liquid systems.
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This work points out a feasible route toward realizing spin 1/2 KAF, a candidate quantum spin liquid system, by replacing Fe(II) by Cu(II) in the same structure.
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Liquid System sentence examples within Two Liquid System
The performance of the approaches is evaluated on two liquid systems: acetonitrile and water-methanol mixture.
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Aiming at the thermocapillary convection stability of sapphire crystal grown by liquid-encapsulated Czochralski method, by non-linear numerical simulation, obtained the flow function and temperature distribution of R-Z cross section, as well as the velocity and temperature distribution at liquid-liquid interface and monitoring point of B2O3/sapphire melt in annular two liquid system, covered with solid upper wall and in microgravity.
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Liquid System sentence examples within Selected Liquid System
Liquid System sentence examples within Containing Liquid System
From the point of view of classical diffusion theory, the phenomenon of crystallization is interpreted as molecular with infinite rate of perilation from the source of diffusion transfer in the solution of sucrose molecules, so that the concentration in the sugar-containing liquid system is also supposed to change instantly at each point.
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From the point of view of classical diffusion theory, the phenomenon of crystallization is interpreted as molecular with infinite rate of perilation from the source of diffusion transfer in the solution of sucrose molecules, so that the concentration in the sugar-containing liquid system is also supposed to change instantly at each point.
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Under different I v , varied liquid cluster distributions are demonstrated in a gravity-driven vapour-liquid system.
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Numerous factors affect adsorption phenomena in solid–liquid systems.
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For dilute solid–liquid systems, the relative importance of the solid dissolution and the liquid mixing depends on the particle size and the impeller speed, while the diffusion in stagnant zones is often negligible.
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Microfluidic approaches for the determination of interfacial tension and viscosity of liquid-liquid systems still face some challenges.
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Particles conveying in a liquid system is a major responsibility for triggering the erosion process.
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In this work, we report the photocurrent generated at the liquid-silicon-liquid system under high-frequency intensity modulated light illumination.
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The flow characteristics of the liquid–liquid system with an extremely low viscosity ratio (λ ~ 0.
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The mixed network of H-bonds of this liquid system was described based on the MD data by the methods of the graph theory and Delaunay simplices at 300 K over the entire range of ethylene glycol concentrations in water.
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In this study, changes in the droplet formation mechanism and the law of droplet length in a two-phase liquid–liquid system in 400 × 400 μm standard T-junction microchannels were experimentally studied using a high-speed camera.
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These computational studies based on liquid-liquid systems provide a fast and straightforward approach to develop synthesis and purification methods that allow tailored advanced optical properties of GOQDs.
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The character of the transformation of the state of bubbles under conditions of changing the flow geometry of gas-liquid systems and the excitation of sound vibrations in them is shown.
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The Langmuir equation has been widely used to describe the adsorption process of different solid–liquid systems and is one of the most commonly used adsorption isotherm equations.
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The possibility of using this solvent as an extractant for the recovery of metal ions in a solid–liquid system has been evaluated.
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Humans and liquid systems have in common that they are both complex, self-organizing systems that produce under certain circumstances spatio-temporal patterns.
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NITDBR1 in a dual mixed culture for enhanced removal of lindane in liquid system i.
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Meanwhile, the olefinic-bond-containing asphaltenes of high concentration consequently became precursors for the formation of coke by increasing the instability of the liquid system.
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The chicken feather turned out a natural adsorbent competitive with respect to others used in the removal of copper in liquid systems; obtaining qmax of 7.
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Currently, a large number of designs of extractors for solid-liquid system of periodic and continuous action have been developed.
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This study aims at evaluating the dispersed phase holdup and Sauter mean drop diameter (d32) of three liquid-liquid systems in an Oldshue–Rushton pilot column.
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Finally, we provide a brief overview of specialized setups for in situ measurements of nanoparticles in liquid systems and setups coupled to scanning tip microscopes.
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Ultimately, the experimentally-confirmed scaling law predicts approximate upper limits of penetration depth and interfacial concentration for solvated electrons, findings essential for tailoring plasma-liquid systems for specific applications.
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The new force field gives stable trajectories and is validated through comparison with experimental data on density, viscosity, and ion diffusion coefficients of liquid systems of the above-mentioned classes.
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The objective of this paper is to propose a new thermal energy storage condition based on vapor-liquid systems for concentrated solar power plants.
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Ice crystallisation is also studied in solid/liquid systems, where cubic or hexagonal ice was in contact with liquid water at sub-zero temperatures.
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The model for calculating the interfacial tension of liquid–liquid systems was derived using a general thermodynamic framework that was empirically extended by the introduction of an effective interfacial area.
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Although substantial imbibition experiments have been conducted in lab-on-a-chip systems, few of them have etched patterns with representative pore/throat features of tight rocks and are studied in Liquid-Liquid systems.
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To apply this technology, hollow fibre membranes with a superhydrophobic surface must be used, where membranes were prepared from kaolin clay through the phase inversion/sintering technique and modified by three types of fluoroalkylsilane (FAS) molecules (C6, C8, C10) at different immersion times (6, 24, 48,72 h) to capture CO2 from natural gas via contacting the gas-liquid system.
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In the water-cyclohexane liquid-liquid system, recombinant Escherichia coli (E.
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Maillard reactions in liquid systems have been studied extensively, while those occurring during the spray-drying process have been less well studied.
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Powder systems do not contain VOC, they are more productive than liquid systems.
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Both liquid–liquid and gas–liquid systems are examined.
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0254 m (1 inch) pipe diameter with a two-phase air/liquid system.
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SURFACE ENERGY AND SURFACE TENSION Definitions of surface tension and surface energy find their most convenient interpretation for a dual phase gasliquid system.
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One of the unit operations involved in the production of olive oil is the separation of liquid–liquid systems (and other multiphase flows) in their fundamental phases.
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In order to gain a better comprehension of the method, experiments were conducted in two gas–liquid systems, air–water and air-aqueous glycerol solution, which resulted in different image parameters, such as brightness, contrast and edge definition.
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A combined VOF-DPM model that can predict the characteristics of nanoparticles in gas–liquid system is developed.
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The interface of the liquid-liquid system is captured by a phase-field method, and a correlation for the dynamic contact angle is incorporated in the numerical model.
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This study evaluated the modification of whey protein microgel (WPM) through Maillard conjugation with several common saccharides including arabinose, glucose, fructose, lactose, inulin, and maltodextrin in a liquid system, which is considered a potential route to boost the utilization of these protein particles in acidic conditions.
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However, its effects in capillary imbibition processes, especially in Liquid-Liquid systems, are lack investigation.
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The excellent compactness and controllability of the optimal JMs using foam Ni and superhydrophilic Cu mesh are demonstrated in multifunctional applications, including unidirectional liquid transportation in air–water systems, on-demand immiscible oil–water separation, droplet collection in liquid–liquid systems, and on–off switch control.
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Photocatalysis with universality and feasibility has been widely applied to degrade pollutants that mainly exist in gas and liquid systems.
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However, the reaction mechanism is not elucidated: does hydrogen peroxide decompose with alumina or oxidize the hydroxyl groups at the surface? The kinetics of hydrogen peroxide consumption with alumina in homogeneous liquid and heterogeneous liquid-liquid systems was investigated to reply to this question.
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The heat capacity of an ethylene glycol (EG)–dimethylsulfoxide (DMSO) liquid system is measured to determine its solvophobic effect.
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The quantification of hydrogen peroxide (H2O2) generated in the plasma-liquid interactions is of great importance, since the H2O2 species is vital for the applications of the plasma-liquid system.
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The suitability of Langmuir and Freundlich isotherms to the equilibrium data was investigated in the solid-liquid system.
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Completing a work presented at ILASS-Europe 2019 (Paris), the concept of parallel surfaces is convened and extended to all scales of liquid systems.
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This work focuses on immiscible liquid-liquid system for the purpose of reactive extraction.
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In addition, gas hold-up distribution and bubble dispersion in the gas-liquid system were more uniform with the modified configuration of the rotor-stator head.
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