INIS
fibers
100%
drying
68%
foams
58%
fillers
45%
wood
43%
values
37%
pulps
36%
simulation
31%
paper industry
30%
cellulose
27%
applications
26%
streams
24%
moisture
23%
films
22%
finland
21%
extrusion
21%
packaging
21%
comparative evaluations
21%
carbon
19%
thickness
19%
temperature measurement
19%
solutions
18%
industry
18%
injection
18%
energy
17%
cost
16%
butylenes
16%
air
15%
forests
15%
market
15%
substrates
15%
molding
14%
recycling
14%
efficiency
14%
impingement
13%
cylinders
13%
emission
13%
resources
13%
raw materials
13%
pigments
12%
polypropylene
12%
production
12%
plastics
10%
barriers
10%
energy consumption
10%
Keyphrases
Fiber Materials
27%
Cowpea
27%
Drying Conditions
26%
Recycled Fiber
25%
Drying Process
24%
Foam Forming
23%
Thickness Direction
23%
Finland
23%
Air Impingement Drying
22%
Pulp Industry
22%
Pulp
21%
Lignocellulose
20%
Temperature Measurement
19%
Drying Methods
19%
Papermaking
18%
Poly(butylene succinate)
17%
Drying Rate
16%
Moisture
16%
Forming Technology
16%
Injection Molding
15%
Paper Properties
15%
Cellulose
14%
Composite Materials
14%
Impingement
13%
Paper Curl
12%
Cascade Use
12%
Cylinder Drying
12%
Dewatering
12%
Moisture Measurement
12%
Moisture Profile
12%
Paper Industry
12%
Polypropylene Composites
12%
World Model
12%
Lignocellulosic Fibers
12%
Fiber Integrity
12%
Fiber Foam
12%
Biocomposite Films
12%
Extrusion
12%
Temperature Profile
11%
Cellulose Nanofibrils
11%
Supercapacitor
11%
Poly(3-hydroxybutyrate-co-3-hydroxyvalerate)
11%
Strength Properties
10%
Drying Techniques
10%
Wood Fiber
10%
Mechanical Properties
10%
Engineering
Thickness Direction
32%
Biocomposite
32%
Lignocellulosics
20%
Papermaking
19%
Deinking
19%
Side Stream
19%
Poly-Butylene Succinate
16%
Moisture Gradient
15%
Part Material
12%
Polypropylene Composite
12%
Pulp and Paper Industry
12%
Forming Technology
12%
Directional
12%
Individual Fiber
12%
Blending Process
12%
Fiber Component
12%
Nonwovens
12%
Germany
12%
Behavioral Model
12%
Making Paper
12%
User Model
12%
Recursive
12%
Lignocellulosic Fiber
12%
Porosity
11%
Packaging Material
10%
Injection Moulding
10%