INIS
drying
100%
mass transfer
94%
rice
78%
jets
76%
solvents
73%
applications
54%
modeling
53%
performance
52%
radon
52%
ambient temperature
52%
apples
52%
rings
52%
water
48%
zones
47%
concentration
43%
velocity
42%
emission
42%
particles
39%
capture
39%
distance
36%
simulation
36%
implementation
36%
engineering
36%
distribution
35%
ethanol
32%
mixing
32%
ventilation systems
32%
carbon dioxide
31%
liquids
31%
interactions
31%
droplets
31%
laser doppler anemometers
30%
surfaces
30%
vortices
28%
moisture
27%
design
27%
turbulence
27%
levels
26%
boundary layers
26%
tubes
26%
heat transfer
26%
films
26%
yields
26%
air flow
26%
separation processes
26%
binary mixtures
26%
indoors
26%
fixed beds
26%
glass
26%
desorption
26%
Engineering
Engineering
57%
Airtightness
52%
Stagnant Zone
52%
Laser Doppler Anemometer
52%
Radon Concentration
52%
Living Area
52%
Nonuniformity
52%
Simulation Model
52%
Convective Drying
52%
Numerical Modeling
43%
Inlet Zone
26%
Chemical Engineering
26%
Binary Mixture
26%
Microparticles
26%
Flow Characteristics
26%
Local Exhaust Ventilation
26%
Indoor Radon Concentration
26%
Ultrasonics
26%
Turbulent Flow
26%
Ventilation System
26%
Vortex
26%
Fixed Bed
26%
Convective
26%
Computational Fluid Dynamic Modeling
26%
Concentration Distribution
26%
Equation of State
26%
Drying Temperature
26%
Nonlinear Regression
26%
Bending Strength
26%
Bed Depth
26%
Operating Temperature
26%
Axial Direction
26%
Mathematical Model
26%
Solute Particle
26%
Drying Method
26%
Interdiffusion
26%
Operating Pressure
26%
Parameter Model
26%
Gravimetric Method
26%
Equation Model
26%
Regression Technique
26%
Blowing Rate
26%
Ablation Rate
26%
Mass Flowrate
26%
Dwelling
26%
Characteristic Feature
26%
Industrial Ventilation
26%
Fluid Viscosity
26%
Modeling Study
17%
Field Pattern
17%
Keyphrases
Rough Rice
26%
Supercritical Antisolvent
26%
Mass Transfer
26%
Turbulent Heat Transfer
26%
Turbulent Mass Transfer
26%
Swirling Flow
26%
Heat Mass Transfer
26%
Solvent System
26%
Drying Performance
26%
Engineering Undergraduates
26%
Distillation
26%
Binary Mixture
26%
Undergraduate Program
26%
Yield Performance
26%
Fixed Bed Drying
26%
Separation Process
26%
Head Rice Yield
26%
Ethanol-water
26%
Airflow Reversal
26%
Rice Drying
26%
Ultrasonic
26%
Bulk Liquid
26%
Milling Quality
26%
Mixing Mechanism
26%
Indoor Radon
26%
Microcapsules
26%
Convective Mixing
26%
Radon Concentration
26%
Chemical Engineering
26%
Disturbing Factors
26%
Non-uniformity
26%
Ablating
26%
First Year
26%
Rice
26%
Mechanical Properties
26%
Glass Transition Temperature
26%
Malaysia
26%
Radon Distribution
26%
Initial Section
26%
Industrial Ventilation
26%
Swirling Jet
26%
Suction Devices
26%
Apple Rings
26%
Convective Drying
26%
Ambient Temperature
26%
Microparticles
21%
Whole Kernels
17%
Final Moisture Content
17%
Bed Depth
17%
Drying Process
17%