Preparation and identification of β-cyclodextrin polymer thin film for quartz crystal microbalance sensing of benzene, toluene, and p-xylene

Engineering & Materials Science

• Cyclodextrins 100%
• Quartz crystal microbalances 94%
• Xylene 80%
• Polymer films 79%
• Toluene 72%
• Benzene 72%
• Thin films 56%
• Polymers 43%
• Maleic anhydride 35%
• Monomers 20%
• Esters 18%
• Scanning 13%
• Nuclear magnetic resonance spectroscopy 12%
• Absorption spectra 12%
• Functional groups 11%
• Fourier transform infrared spectroscopy 10%
• Protons 10%
• Nuclear magnetic resonance 10%
• Calorimeters 9%
• Quartz 9%
• Gold 9%
• Film thickness 9%
• Sensors 8%
• Crystals 8%
• Microscopes 8%
• Thermodynamic properties 7%
• Acids 7%
• Calibration 6%

Physics & Astronomy

• xylene 77%
• quartz crystals 67%
• toluene 64%
• microbalances 60%
• benzene 59%
• preparation 43%
• polymers 34%
• anhydrides 33%
• thin films 30%
• esters 19%
• monomers 15%
• nuclear magnetic resonance 13%
• scanning 10%
• sensors 10%
• musculoskeletal system 9%
• calorimeters 8%
• low concentrations 8%
• infrared spectroscopy 7%
• acids 7%
• analyzers 7%
• film thickness 6%
• thermodynamic properties 6%
• chips 6%
• gold 6%
• microscopes 6%
• absorption spectra 6%
• deviation 6%
• protons 5%
• probes 5%
• spectroscopy 4%
• performance 3%

Chemical Compounds

• Quartz 52%
• Toluene 44%
• Benzene 41%
• Double Bond 31%
• Liquid Film 28%
• Monomer 23%
• Diester 22%
• Maleic Anhydride 20%
• 1H NMR Spectroscopy 16%
• 13C NMR Spectroscopy 14%
• Proton 12%
• Surface Area 12%
• Fourier Transform Infrared Spectroscopy 11%
• Surface 6%