UV/visible and infrared spectra of polyethylene/nanoscopic gold rod composite films: Effects of gold particle size, shape and orientation

Engineering & Materials Science

• Plasmons 100%
• Rayleigh scattering 93%
• Composite films 80%
• Particle interactions 79%
• Infrared spectroscopy 76%
• Gold 61%
• Polyethylenes 60%
• Aluminum oxide 54%
• Particle size 53%
• Aspect ratio 52%
• Electric fields 52%
• Polarization 51%
• Wavelength 49%
• Infrared radiation 49%
• Composite materials 32%

Physics & Astronomy

• visible spectrum 62%
• infrared spectra 53%
• polyethylenes 50%
• rods 46%
• gold 44%
• composite materials 34%
• Rayleigh scattering 21%
• particle interactions 21%
• templates 17%
• aspect ratio 17%
• infrared spectroscopy 17%
• plasmons 15%
• aluminum oxides 15%
• synthesis 13%
• radii 11%
• electric fields 11%
• polarization 10%
• wavelengths 8%

Chemical Compounds

• Rod Like Crystal 52%
• Ultraviolet Spectrum 46%
• Rayleigh Scattering 43%
• Shape 37%
• Template Synthesis 36%
• Plasmon 32%
• Composite Material 28%
• Liquid Film 27%
• Absorption Maxima 27%
• Electric Field 25%
• Resonance 22%
• Polarization 21%
• Wavelength 20%
• IR Spectroscopy 19%
• Reaction Yield 11%
• Application 8%