Addition of Hybrid Coupling Agent Based Natural Rubber-Starch on Natural Rubber Composite

Engineering & Materials Science

• Coupling agents 100%
• Starch 94%
• Fruits 73%
• Rubber 68%
• Composite materials 44%
• Fibers 43%
• Biomass 34%
• Tires 24%
• Tensile strength 20%
• Scanning electron microscopy 20%
• Glow discharges 18%
• Acoustic properties 18%
• Field emission 16%
• Palm oil 15%
• Mechanical testing 15%
• Electrolysis 14%
• Solubility 13%
• Byproducts 13%
• Petroleum industry 13%
• Heat resistance 12%
• Molecules 12%
• Fillers 12%
• Plasmas 11%
• Characterization (materials science) 11%
• Mechanical properties 8%

Physics & Astronomy

• starches 99%
• fruits 87%
• rubber 76%
• biomass 49%
• composite materials 46%
• tires 32%
• fibers 28%
• tensile strength 24%
• Indonesia 20%
• scanning electron microscopy 16%
• acoustic properties 14%
• electrolysis 14%
• fiber composites 14%
• thermal resistance 13%
• roads 13%
• glow discharges 12%
• fillers 12%
• low noise 12%
• polarity 11%
• field emission 11%
• solubility 11%
• oils 11%
• industries 10%
• mechanical properties 8%
• characterization 7%
• matrices 6%
• molecules 6%
• interactions 5%

Chemical Compounds

• Fiber 48%
• Composite Material 37%
• Tensile Strength 25%
• Plasma Method 22%
• Palm Oil 18%
• Thermal Resistance 18%
• Glow Discharge 18%
• Byproduct 15%
• Electrolysis 13%
• Filler 13%
• Polarity 12%
• Industry 11%
• Force 10%
• Solubility 9%
• Scanning Electron Microscopy 9%
• Porosity 8%
• Molecule 5%
• Surface 4%