Reversible Nonlinear Conduction in High-Density Polyethylene/Acetylene Carbon Black Composites at Various Ambient Temperatures

Physics & Astronomy

• acetylene 83%
• ambient temperature 72%
• polyethylenes 66%
• crosslinking 56%
• carbon 49%
• conduction 49%
• composite materials 45%
• current density 35%
• electric field strength 27%
• electron tunneling 27%
• curves 27%
• resistors 25%
• melting points 23%
• crossovers 22%
• conductivity 16%
• room temperature 13%
• matrices 13%

Engineering & Materials Science

• Acetylene 100%
• Carbon black 92%
• High density polyethylenes 87%
• Crosslinking 61%
• Current density 47%
• Composite materials 43%
• Electron tunneling 38%
• Temperature 29%
• Melting point 26%
• Resistors 23%
• Electric fields 22%

Chemical Compounds

• Carbon Black 71%
• Acetylene 67%
• Crosslinking 62%
• Composite Material 36%
• Melting Point 30%
• Current Density 27%
• Conductivity 24%
• Strength 23%
• Ambient Reaction Temperature 20%