A Fourier transform mass spectrometry study of ethene oligomers in HMFI zeolite

Engineering & Materials Science

• Oligomers 100%
• Mass spectrometry 88%
• Zeolites 83%
• Olefins 82%
• Desorption 79%
• Fourier transforms 68%
• Cyclotron resonance 64%
• Laser ablation 50%
• Ionization 44%
• Paraffins 39%
• Atoms 35%
• Ions 31%
• Vacuum 30%
• Lasers 26%
• Carbon 26%
• Experiments 12%

Physics & Astronomy

• alkenes 88%
• oligomers 80%
• zeolites 78%
• mass spectroscopy 67%
• desorption 60%
• cyclotron resonance 39%
• alkanes 38%
• laser ablation 33%
• ionization 24%
• carbon 23%
• vacuum 21%
• atoms 17%
• ions 16%
• lasers 15%

Chemical Compounds

• FT/ICR Mass Spectrometry 79%
• Ethene 76%
• Oligomer 55%
• Zeolite 52%
• Alkene 32%
• Alkylbenzene 28%
• Laser Desorption 26%
• Alkane 19%
• Vacuum 18%
• Ionization 18%
• Desorption 17%
• Carbon Atom 10%
• Mixture 10%