Keyphrases
Microstructure
88%
Injection Molding
77%
High Aspect Ratio
62%
Stereolithography
35%
Hot Embossing
35%
Finite Element Analysis
35%
Co-extrusion
35%
Polymer multilayer Films
35%
Mold Temperature
29%
Shear Stress
29%
Viscosity
28%
Mechanical Properties
26%
Spin Coating
26%
Mold Insert
26%
Ceramic Injection Molding
23%
Interfacial Instability
23%
Poly(methyl methacrylate)
22%
Polymer Film
22%
Interior Structure
21%
Crystalline Polymer
20%
Micro Mold
19%
Silicon-based
19%
Biaxial Stretching
17%
Transverse Shrinkage
17%
Film Forming Characteristic
17%
Non-Newtonian Fluid
17%
Shrinkage Properties
17%
Flow Forming
17%
Stretching Parameter
17%
Slot Coating
17%
Polypropylene Membrane
17%
Interfacial Slip
17%
Solid Mechanics
17%
Tolerance Model
17%
Lens Fabrication
17%
Non-conductive Film
17%
Fine pitch
17%
Layer Uniformity
17%
Micro Mold Insert
17%
Rheology
17%
Bump
17%
Optical Sheet
17%
Covering Design
17%
Sub-micron Structure
17%
Isotactic Polypropylene
17%
High Shear Rate
17%
Polycarbonate Blend
17%
Materials Processing
17%
Development Products
17%
On-glass
17%
Engineering
Experimental Result
100%
Injection Moulding
82%
High Aspect Ratio
61%
Mould Insert
38%
Multilayer Film
35%
Ceramic Injection Moulding
35%
Mould Temperature
34%
Fluid Viscosity
34%
Machine Direction
26%
Extrusion Process
26%
Process Parameter
23%
Engineering
20%
Mold Wall
17%
Environmental Temperature
17%
Glass Bonding
17%
Layer Flow
17%
Lithography
17%
Micromold
17%
Deep X-Ray Lithography
17%
Amorphous Polymer
17%
Conductive
17%
High Shear Rate
17%
Polycarbonate
17%
Slot Coating
17%
Test Result
17%
Finite Element Modeling
17%
Fits and Tolerances
17%
Seed Layer
17%
Finite Element Simulation
17%
Process Condition
17%
Creep
17%
Dependent Material
17%
Polymer Material
17%
Cooling Time
17%
Cross Section
17%
Experimental Investigation
17%
Shear Flow
17%
Pressure Drop
17%
Pressure Distribution
17%
Air Flow
17%
Finite Element Analysis
17%
Good Time
17%
Binder System
17%
Acrylonitrile Butadiene Styrene
17%
Superlattice
17%
Room Temperature
17%
Glass Substrate
17%
Newtonian Fluid
17%
Paraffin
17%
Ambient Temperature
17%
