Engineering & Materials Science
Aging of materials
13%
Butenes
21%
Characterization (materials science)
15%
Collagen
10%
Compatibilizers
16%
Constitutive models
17%
Crosslinking
13%
Defects
11%
Detergents
24%
Electronic equipment
9%
Extrusion
15%
Fabrication
12%
Fibers
11%
Fluids
13%
Fourier transform infrared spectroscopy
21%
Fruit juices
61%
High density polyethylenes
20%
Hydrogels
68%
Impurities
16%
Ink
12%
Ionic liquids
24%
Lactic acid
23%
Lubricating greases
9%
Magnetic fields
9%
Magnetorheological fluids
71%
Maleic anhydride
24%
Mechanical properties
26%
Melt spinning
26%
Microstructure
11%
Multilayer films
26%
Nanoparticles
34%
Oxygen
15%
Packaging
26%
Paperboards
23%
Plastic films
33%
Polydimethylsiloxane
21%
Polyethylenes
36%
Polymers
23%
Polypropylenes
11%
Polysaccharides
25%
Rheology
9%
Sedimentation
26%
Spray pyrolysis
27%
Starch
17%
Stem cells
29%
Thermal effects
17%
Thermodynamic stability
12%
Tissue
12%
Tissue engineering
21%
Volatile organic compounds
21%
Chemical Compounds
1,4-dioxane
6%
Antibacterial
7%
Application
10%
Biopolymer
8%
Butene
17%
Coating Agent
10%
Crosslinking
9%
Detergent
16%
Dielectric Material
7%
Diffusion
10%
Dioxygen
11%
Error
8%
Fiber
11%
Flame
15%
Food
8%
Fourier Transform Infrared Spectroscopy
6%
Gellan Gum
26%
Green
12%
Hydrazone
35%
Hydrogel
42%
Industry
8%
Ink
17%
Limonene
7%
Liquid Film
8%
Magnetic Field
13%
Maleic Anhydride
17%
Microstructure
11%
Multilayer
31%
Multilayer Film
13%
Nanoparticle
17%
Percent Reduction
13%
Perfume
8%
Plastic Film
32%
Poly(propylene)
14%
Polyamide
8%
Resistance
7%
Rheology
28%
Sedimentation
19%
Shear Stress
20%
Sheet Resistance
10%
Silver Nanoparticle
7%
Single Monomer Polymer
8%
Solid Waste
7%
Spray
8%
Spray Pyrolysis
20%
Starch
13%
Strength
12%
Volatile Organic Compound
18%
Water Vapor
11%
Young's Modulus
9%
Physics & Astronomy
attachment
8%
cells
10%
characterization
29%
collagens
11%
cornea
5%
crosslinking
32%
defects
9%
delivery
16%
dextrans
6%
field strength
5%
flames
17%
fluids
5%
gels
8%
hydrazones
88%
liquids
7%
magnetic fields
9%
magnetorheological fluids
100%
mechanical properties
13%
mesh
12%
microstructure
10%
molecular weight
9%
nanoparticles
20%
organs
5%
physical properties
13%
polymers
5%
polysaccharides
23%
pyrolysis
17%
reagents
6%
rheometers
7%
shear stress
12%
slip
6%
sprayers
17%
stem cells
24%
stiffness
12%
swelling
5%
temperature
5%
temperature effects
15%
tissue engineering
7%
viscosity
12%
