Engineering & Materials Science
Ferroelectricity
100%
Barium titanate
83%
Ferroelectric materials
69%
Thin films
49%
Porosity
45%
Stabilization
44%
Lead zirconate titanate
31%
Surface active agents
28%
Hot Temperature
25%
Lattice mismatch
23%
Crystal lattices
20%
Micelles
19%
Piezoelectricity
18%
Sol-gel process
17%
Cost effectiveness
13%
Thermodynamic stability
13%
Permittivity
13%
Porous materials
12%
Temperature
10%
Fabrication
9%
Medicine & Life Sciences
Porosity
62%
Barium
60%
barium titanate(IV)
60%
lead titanate zirconate
55%
Surface-Active Agents
55%
Hot Temperature
40%
Temperature
37%
Physical Phenomena
36%
Micelles
31%
Polymethyl Methacrylate
29%
Cost-Benefit Analysis
22%
Gels
21%
Poisons
19%
Chemical Compounds
Strain
36%
Piezoelectricity
33%
Porosity
30%
Environmental Friendliness
25%
Dielectric Constant
23%
Sample Preparation
22%
Sol Gel Process
21%
Micelle
20%
Toxic
19%
Surfactant
17%
Thermal Stability
17%
Pore
17%
Crystal Structure
13%
Application
8%