Facile access to large-scale, self-assembled, nacre-inspired, high-performance materials with tunable nanoscale periodicities

Keyphrases

• High-performance Materials 100%
• Thick Film 100%
• Large-area Films 100%
• Nacre-like 100%
• Biomaterials 50%
• Barrier Coating 50%
• Inkjet Printing 50%
• High Molecular Weight 50%
• Functional Properties 50%
• Well-aligned 50%
• High Shear Homogenization 50%
• Nanoclay 50%
• Core-shell 50%
• Energy-intensive 50%
• Engineering Materials 50%
• Novel Types 50%
• Mechanical Stiffness 50%
• Large-scale Application 50%
• Water Removal 50%
• Montmorillonite 50%
• Gel-like 50%
• High Transparency 50%
• Mesostructure 50%
• Bioproducts 50%
• Eco-friendly 50%
• Structure Form 50%
• Platelets 50%
• Nacre-mimetic 50%
• Nanoplatelets 50%
• Nature-inspired 50%
• Soft Materials 50%
• Material Type 50%
• Sodium Montmorillonite 50%
• Doctor Blade 50%
• Natural Nacre 50%
• Energy Dissipating 50%
• Dilute Dispersion 50%
• Mechanical Property Evolution 50%
• Surface Pattern 50%
• Sodium Carboxymethyl Cellulose 50%
• Layered Nanocomposite 50%
• Direct Preparation 50%
• Sustainable Engineering 50%
• Soft Layer 50%
• Soft Structures 50%
• Mechanical Homogenization 50%
• Fully Scalable 50%
• Functional Barrier 50%

INIS

• performance 100%
• nanostructures 100%
• periodicity 100%
• dispersions 75%
• films 75%
• applications 50%
• energy 50%
• sodium 50%
• montmorillonite 50%
• layers 25%
• surfaces 25%
• engineering 25%
• coatings 25%
• substrates 25%
• stiffness 25%
• cellulose 25%
• mechanical properties 25%
• shape 25%
• barriers 25%
• molecular weight 25%
• pressure range mega pa 25%
• shear 25%
• transparency 25%
• mimic 25%
• gels 25%
• fires 25%
• nanocomposites 25%
• blocking 25%
• water removal 25%
• pressure range giga pa 25%

Material Science

• Nacre 100%
• Critical Micelle Concentration 75%
• Homogenization 50%
• Sodium 50%
• Thick Films 50%
• Nanoclay 25%
• Film 25%
• Engineering Material 25%
• Bioinspired Material 25%
• Nanocomposite 25%
• Platelet 25%