Agriculture & Biology
drying
74%
vacuum drying
34%
Pinus pseudostrobus
31%
Prosopis laevigata
30%
Quercus
29%
phenolic compounds
26%
Prosopis
23%
temperature
23%
antioxidant activity
21%
color
21%
kinetics
19%
air
18%
antioxidants
17%
pods
16%
Ageratina
16%
kiln drying
15%
water content
15%
desorption
15%
discoloration
14%
wood physical properties
14%
mathematical models
13%
Opuntia
13%
wood mechanical properties
13%
drying temperature
13%
wood drying
13%
Yucca
13%
equilibrium moisture content
13%
Mucuna
12%
air flow
12%
Stevia
12%
Stevia rebaudiana
12%
Mexico
12%
heat
12%
dryers
11%
Salvia
11%
modulus of rupture
11%
Fragaria ananassa
11%
Quercus robur
10%
fluidized beds
10%
flavonoids
10%
fruits
10%
sapwood
10%
shrinkage
10%
water
10%
degradation
9%
sampling
9%
wood quality
9%
modulus of elasticity
9%
thermodynamics
9%
steviol
9%
Engineering & Materials Science
Drying
100%
Wood
42%
Moisture
33%
Vacuum
31%
Air
29%
Temperature
25%
Softwoods
24%
Hot Temperature
20%
Computer simulation
20%
Color
19%
Mortar
17%
Hydration
17%
Magnetic resonance
17%
Synthetic textile fibers
17%
Solute transport
14%
Steam
14%
Capillarity
14%
Solar dryers
13%
Curing
13%
Water
13%
Mass transfer
12%
Imaging techniques
12%
Antioxidants
12%
Crops
11%
Dehydration
11%
Groundwater
10%
Flow rate
10%
Infrared radiation
10%
Gases
10%
Dyes
10%
Portland cement
9%
Greenhouses
9%
Liquids
8%
Discoloration
8%
Dyeing
8%
Wool
8%
Heat transfer
8%
Microwaves
7%
Sugar (sucrose)
7%
Tissue
7%
Earth (planet)
7%
Water vapor
6%
Computational fluid dynamics
6%
Magnetic resonance imaging
6%
Driers (materials)
5%
Potassium
5%
Cements
5%
Mathematical models
5%
Chromophores
5%
Earth & Environmental Sciences
drying
55%
antioxidant
36%
oak
27%
phenolic compound
23%
medicinal plant
11%
diatomite
11%
moisture content
11%
modeling
11%
groundwater
10%
in situ
9%
temperature
9%
population growth
9%
evaluation
9%
fruit
9%
acid
9%
moisture
8%
elasticity
8%
timber
8%
plain
8%
airflow
8%
rupture
8%
valley
7%
pine
7%
vulnerability
7%
land cover
7%
liquid chromatography
7%
attribute
6%
material
6%
land use
5%
effect
5%
air
5%
defect
5%
hydrolysis
5%
climate change
5%
convection
5%
loss
5%