Keywords: کسری خالی; Flow regime; Vertical upward flow; Vertical downward flow; Narrow rectangular channel; Void fraction; Electrical impedance method;
مقالات ISI کسری خالی (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: کسری خالی; Fluidelastic instability; Tube array; Two-phase flow; Critical velocity; Void fraction;
Keywords: کسری خالی; Impedance meter; Rod bundle channel; Two-phase flow; Void fraction;
Keywords: کسری خالی; Heat exchanger; Void fraction; Heat transfer coefficient; Flow regime;
Keywords: کسری خالی; Active nucleation site density; Subcooled boiling; Contact angle; Pressure; Temperature; Void fraction;
Keywords: کسری خالی; Energy storage; Packed bed thermal store; Thermocline; Exergy; Pumped thermal; CAES; Void fraction;
Keywords: کسری خالی; Two-phase flow; Vertical pipe; Horizontal pipe; 90-degree elbow; Flow regime analysis; Void fraction; Pressure drop; Drift flux model;
Keywords: کسری خالی; Slug; Characteristics; Pressure drop; Void fraction; Two-phase flow;
Keywords: کسری خالی; Drift-flux model; Void fraction; Gas-liquid flow; Horizontal flows;
Keywords: کسری خالی; Void fraction; Gamma-ray densitometry; Electrical resistance tomography (ERT); Wire mesh sensor (WMS); Optical void probe;
Keywords: کسری خالی; Packed bed; Nusselt number; Aspect ratio; Void fraction; Friction factor;
Keywords: کسری خالی; Downward two-phase flow; Void fraction; Large diameter pipe; Drift-flux model;
Keywords: کسری خالی; Capacitive sensor; Void fraction; Chilldown; Electric field analysis;
Keywords: کسری خالی; Void fraction; Artificial neural network; Heat transformer; Helical heat exchangers;
Keywords: کسری خالی; Large-diameter channel; Four-sensor probe; Database; Flow regime; Interfacial area concentration; Void fraction;
Keywords: کسری خالی; Capacitive sensor; Electric field analysis; Void fraction; Chilldown; Liquid nitrogen; Cooling channel; Cryogenic;
Keywords: کسری خالی; Void fraction; Bubble size distribution; Bubbly flow; Image analysis; Electrical resistance tomography; Differential pressure;
Keywords: کسری خالی; Microchannel; Gas-liquid two-phase flow; Chemical reaction; Flow pattern; Void fraction; Frictional pressure drop;
Keywords: کسری خالی; Air-water two-phase flow; Helically coiled rectangular channel; Flow regime; Void fraction; Experiment; Model;
Keywords: کسری خالی; Wave breaking; Air entrainment; Void fraction; Turbulence; Scale effect;
Keywords: کسری خالی; Cavitation; Void fraction; Potential energy; Efficiency; Kinetic energy; Consumption energy; Bubble collapse;
Keywords: کسری خالی; Rod bundle; Flow regime; Void fraction; Covariance; Interfacial area concentration;
Keywords: کسری خالی; Two-fluid model; Covariance; Momentum equation; Interfacial drag force; Void fraction;
Keywords: کسری خالی; Wire-mesh sensors; Void fraction; Multiphase flow instrumentation; Two-phase flow instrumentation; Gas velocity; Interfacial area; Bubble size distribution;
Keywords: کسری خالی; TFM; two-fluid model; TF; Fourier transform; HHT; Hilbert-Huang transform; WDM; Wellhead detection method; DDMWD; downhole detection method while drilling; DMOMR; detection method outside marine riser; FFT; fast Fourier transform; DFT; discrete Fourier tr
Keywords: کسری خالی; CFB dilute region; One-dimensional gas-solid flows; Characteristic gas velocity; Void fraction; Pressure drop;
Keywords: کسری خالی; Cantilever-beam; Flow-induced vibration; Two-phase flow; Void fraction; Turbulence-induced vibration;
Keywords: کسری خالی; Void fraction; Electrolysis; Energy efficiency; Fuel cell;
Keywords: کسری خالی; Organic Rankine cycle; Modelling; Off-design; Charge-sensitive; Void fraction;
Keywords: کسری خالی; Void fraction; Accelerance; Volumetric quality; Added mass; Two-phase flow;
Keywords: کسری خالی; Concave capacitive sensor; Two-phase flow; Void fraction; Electrical model; Non-invasive technique; Uncertainty analysis;
Keywords: کسری خالی; Rectangular channel; Orientation; Void fraction; Distribution parameter; Drift velocity;
Keywords: کسری خالی; Downward; Slug; Void fraction; Vertical; Frequency; Characteristics;
Keywords: کسری خالی; Drift-flux model; Homogeneous flow; Void fraction; Bubble size; Drift velocity;
Keywords: کسری خالی; Void fraction; Drift-flux model; ECT; WMS; C0; VD; Flow patterns;
Keywords: کسری خالی; Horizontal flow; Drift-flux; Relative motion; Void fraction; Pipe size;
Keywords: کسری خالی; Spiral pipe; Condensation; Void fraction; Hydrocarbon refrigerant; Correlations;
Keywords: کسری خالی; Minichannels; Maldistribution; Void fraction; Slug flow; Separated model and pressure drop;
Keywords: کسری خالی; BWR; Control rod; Subchannel analysis; Void fraction;
Keywords: کسری خالی; Gamma-ray; Flowmeter; Void fraction; Flow regime; Neural network; Independent density;
Keywords: کسری خالی; Moisture diffusion; Lipid structure; Modeling; Fractals; Void fraction;
Keywords: کسری خالی; Void fraction; Capacitive sensor; Pressure drop; Tube bundle;
Keywords: کسری خالی; In-tube condensation; Condensing superheated region; Flow regime map; Void fraction; R134a;
Keywords: کسری خالی; Drift-flux model; Covariance; Interfacial drag; Void fraction; Round pipe;
Keywords: کسری خالی; Void fraction; Capacitive sensor; Pressure drop; Tube bundle;
Keywords: کسری خالی; Bubble drag; Droplet drag; Bubbly flow; Void fraction;
Keywords: کسری خالی; Churn flow; Pressure drop; Void fraction; Non-Newtonian fluid; Huge wave;
Keywords: کسری خالی; Three-phase upward flow; Flow patterns; Void fraction; Pressure drop; Vertical pipe;
Keywords: کسری خالی; Cantilever-beam; Flow-induced vibration; Multiphase flow; Void fraction; Dynamic parameter;
Keywords: کسری خالی; Gas-liquid; Bends; Void fraction; Electrical tomography; Conductance;