Evolution and reversibility of host/guest interactions with temperature changes in a methyl red@palygorskite polyfunctional hybrid nanocomposite

Physics & Astronomy

• dyes 61%
• nanocomposites 61%
• heating 44%
• composite materials 43%
• carboxyl group 35%
• expulsion 31%
• gas chromatography 30%
• dehydration 29%
• causes 28%
• interactions 27%
• pigments 26%
• clays 25%
• moisture 25%
• folding 24%
• minerals 23%
• tunnels 21%
• fragmentation 21%
• infrared spectroscopy 21%
• temperature 20%
• synchrotrons 20%
• stabilization 19%
• actuators 19%
• decomposition 17%
• trends 17%
• cooling 15%
• water 13%
• molecules 12%
• diffraction 12%
• x rays 10%
• simulation 8%

Chemical Compounds

• Palygorskite 100%
• Methyl Red 98%
• Nanocomposite 46%
• Dye 44%
• System Property 35%
• Composite Material 35%
• Pottery 33%
• Molecular Scaffold 29%
• Clay Mineral 27%
• Molecular Mechanic 23%
• Micro Porosity 21%
• Cooling 20%
• Dehydration 19%
• Fragmentation 19%
• Gas Chromatography 18%
• Gas Chromatography Mass Spectrometry (GCMS) 17%
• Powder X-Ray Diffraction 17%
• Thermogravimetric Analysis 16%
• IR Spectroscopy 16%
• Decomposition 15%
• Strength 14%
• Simulation 14%
• Application 14%
• Hydrogen Bond 14%
• Molecule 8%

Engineering & Materials Science

• Dyes 79%
• Nanocomposites 75%
• Heating 50%
• Molecular mechanics 37%
• X ray powder diffraction 35%
• Clay minerals 31%
• Infrared spectroscopy 31%
• Synchrotrons 31%
• Gas chromatography 29%
• Pigments 29%
• Dehydration 29%
• Temperature 28%
• Composite materials 27%
• Thermogravimetric analysis 26%
• Structural properties 25%
• Molecules 22%
• Moisture 20%
• Large scale systems 20%
• Stabilization 19%
• Tunnels 19%
• Decomposition 16%
• Cooling 16%
• Water 12%