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Fingerprint Dive into the research topics where Jing Du is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Bone
Chemical elements
Dental prostheses
Carbon
Stents
Polymer films
Adhesion
Molecular vibrations
Biomechanics
Covalent bonds
Multilayers
Tomography
Adhesives
Finite element method
Molecules
Pressure effects
Raman scattering
Testing
Creep
Organic light emitting diodes (OLED)
Mechanical properties
X rays
Crack propagation
Substrates
Fracture toughness
Experiments
Clay
Porosity
Bond length
Mechanics
Cells
Biomarkers
Viscosity
Molecular mechanics
Tissue
Stress concentration
Degradation
Geometry
Nanoindentation
Assays
Fullerenes
Mechanical testing
Fracture mechanics
Group theory
Density (specific gravity)
Molecular structure
Molecular weight
Reaction injection molding
Fabrication
Arthroplasty

Chemical Compounds

Bone
Stents
Polymer films
Dental prostheses
Adhesion
Multilayers
Tomography
Adhesives
Finite element method
Pressure effects
Creep
Organic light emitting diodes (OLED)
Mechanical properties
Testing
Crack propagation
Substrates
X rays
Actins
Fracture toughness
polycarbonate
Carbon
Sirolimus
Porosity
Pharmaceutical Preparations
Cells
Biomarkers
Molecular vibrations
Viscosity
Tissue
Mechanics
Stress concentration
Degradation
Nanoindentation
Assays
Bond length
Biomechanics
Mechanical testing
Geometry
Experiments
Fracture mechanics
Density (specific gravity)
Molecular structure
Molecular weight
Reaction injection molding
Raman scattering
Fabrication
Arthroplasty
Image processing
Confocal microscopy
Hydration

Physics & Astronomy

Engineering

light emitting diodes
solar cells
vibration mode
cold welding
fabrication
Raman spectra
fracture mechanics
critical loading
heterojunctions
sinks
evaporation

Chemistry and Materials

adhesion
laminates
polymeric films
carbon
mechanical properties
clays
fracture strength
ceramics
fullerenes
molecules
flexibility
modulus of elasticity
covalent bonds

General

buckling
electronic structure
wrinkling
pressure effects
cracks
simulation
thin films
injection
electronics
porosity
atomic force microscopy
profiles
vibration
nanoindentation
cells
impurities
molecular structure
unloading
scanning electron microscopy
energy
predictions

Mathematical and Computer Sciences

finite element method
group theory

Physics

molecular spectra
dust

Life Sciences

organic materials