INIS
performance
100%
polymers
100%
damping
100%
carbon nanotubes
100%
carbon fibers
100%
silanes
80%
oxidation
40%
surfaces
40%
levels
20%
energy
20%
comparative evaluations
20%
interactions
20%
information
20%
matrices
20%
tensile strength
20%
xrd
20%
morphological changes
20%
excitation
20%
flexural strength
20%
interfaces
20%
mechanical properties
20%
thermal degradation
20%
resins
20%
impulse
20%
fillers
20%
dta
20%
shear strength
20%
Material Science
Polymer Composite
100%
Reinforced Plastic
100%
Carbon Fiber
100%
Carbon Nanotubes
100%
Silane
80%
Oxidation Reaction
40%
Ultimate Tensile Strength
20%
Flexural Strength
20%
X-Ray Diffraction
20%
High-Resolution Transmission Electron Microscopy
20%
Thermal Degradation
20%
Functional Surface
20%
Shear Strength
20%
Morphology
20%
Engineering
Carbon Nanotubes
100%
Mechanical Performance
100%
Fiber-Reinforced Polymer
100%
Mechanical Damping
100%
Tensiles
25%
Resin Matrix
25%
Ultimate Tensile Strength
25%
Interlaminar Shear Strength
25%
Functional Element
25%
Thermal Degradation
25%
Carbon Fibre Composite
25%
Interlayer
25%
Cohesive Energy
25%
Bending Strength
25%