Investigation of mechanical properties and internal structure of novel ionic double-nework gels and comparison with conventional hydrogels

Engineering & Materials Science

• Hydrogels 100%
• Gels 80%
• Mechanical properties 49%
• Ionic liquids 38%
• Crosslinking 13%
• Monomers 12%
• Elastic moduli 9%
• Photopolymerization 8%
• Electrochemical devices 8%
• Light scattering 7%
• Electrochemistry 7%
• Soft materials 7%
• Tissue engineering 6%
• Tribology 6%
• Chemical properties 6%
• Strength of materials 5%
• Transparency 5%
• Toughness 5%
• Scanning 4%
• Actuators 4%
• Friction 3%
• Sensors 2%

Physics & Astronomy

• gels 60%
• mechanical properties 51%
• liquids 14%
• crosslinking 12%
• mesh 10%
• monomers 10%
• modulus of elasticity 8%
• imides 7%
• tribology 7%
• electrochemistry 7%
• tissue engineering 7%
• toughness 5%
• chemical properties 5%
• electric batteries 5%
• polymerization 5%
• functionals 5%
• flexibility 4%
• light scattering 4%
• friction 4%
• actuators 4%
• engineering 4%
• scanning 3%
• sensors 3%

Chemical Compounds

• Hydrogel 61%
• Gel 48%
• Ionic Liquid 20%
• Crosslinking 9%
• Tribology 7%
• Monomer 6%
• Photopolymerization 5%
• Physico-Chemical Property 5%
• Transparency 5%
• Imide 5%
• Methyl Methacrylate 5%
• Light Scattering 5%
• Electrochemistry 5%
• Flexibility 4%
• Strength 3%
• Application 3%
• Solvent 2%
• Surface 1%