Engineering & Materials Science
Diamond like carbon films
100%
Hydrates
87%
Diamonds
86%
Nanocellulose
84%
Coatings
82%
Amphiphiles
82%
Nanofibers
80%
Polymers
78%
Mechanical properties
73%
Block copolymers
70%
Amorphous carbon
65%
Peptides
63%
Temperature
63%
Carbon
62%
Fluorine
62%
Polyethylene glycols
57%
Polypropylenes
56%
Carbon films
55%
Plasmas
54%
Nanocomposites
52%
Electrospinning
52%
Platelets
48%
Thermodynamic properties
47%
Hydrogels
45%
Stents
44%
Adhesion
43%
Composite materials
43%
Gels
40%
Cellulose
39%
Copolymers
38%
Molecular weight
38%
Gases
37%
Butenes
37%
Crystalline materials
37%
Micelles
37%
Phase change materials
36%
Elastic moduli
36%
Phase equilibria
33%
Substrates
33%
Hot Temperature
32%
Polyethylene terephthalates
32%
Ethylene
32%
Thermal energy
31%
Polystyrenes
31%
Sol-gels
31%
Atmospheric pressure
31%
Polydimethylsiloxane
30%
Thin films
30%
Stress relaxation
30%
Polymerization
29%
Chemical Compounds
Nanofiber
76%
Carbon Atom
68%
Coating Agent
61%
Liquid Film
59%
Poly(propylene)
53%
Hydrate
45%
Amphophile
41%
Composite Material
37%
Gas
36%
Stress Relaxation
34%
Nanocomposite
32%
Block Copolymer
30%
Thermodynamic Property
30%
Hydrogel
29%
Acrylate
29%
Amorphous Material
29%
Gel
29%
Elastomer
28%
Heat
26%
Plasma
25%
Copolymer
25%
Weight
24%
Micelle
22%
Surface
22%
Acetate
21%
Dissociation
21%
Young's Modulus
21%
Fluorine Atom
20%
Phase Equilibrium
20%
Time
19%
Phase Change Material
19%
Polyolefin
18%
Butene
17%
Energy Storage
17%
Storage Modulus
16%
Plasma Chemical Vapour Deposition
16%
Polymerization Reaction
16%
Annealing
16%
Saponification
15%
Addition Polymerization
15%
Nanodiamond
15%
Biodegradability
14%
Pressure
14%
Biocompatible Material
13%
Tetrabutylammonium
13%
Microstructure
12%
Succinate
12%
Drug
12%
Physics & Astronomy
mechanical properties
46%
hydrates
42%
carbon
40%
elastomers
38%
heat of dissociation
36%
polymers
36%
coatings
35%
peptides
33%
gases
26%
polypropylene
26%
thermophysical properties
24%
diamonds
24%
bottles
23%
drugs
22%
cellulose
20%
gels
19%
micelles
19%
temperature
19%
heat storage
18%
composite materials
18%
degradation
18%
molecular weight
17%
biocompatibility
17%
augmentation
17%
acrylates
16%
adhesion
16%
nanocomposites
15%
food
15%
fluorine
15%
butenes
15%
biodegradability
15%
glycols
15%
polyvinyl alcohol
15%
polytetrafluoroethylene
14%
lactic acid
14%
gelation
14%
beads
14%
vapor deposition
13%
salts
13%
dissociation
13%
silanes
13%
polyethylene terephthalate
12%
copolymers
12%
atmospheric pressure
12%
geometry
12%
beverages
12%
lipids
11%
microstructure
11%
platelets
11%