Cage Effects on Stability and Molecular Dynamics of Amine Radicals in Zeolites

2 Cage Effects on Stability and Molecular Dynamics of Amine Radicals in Zeolites 

The ESR studies using amine radicals as a spin probe have been extended to investigate cage effects on stability and molecular dynamics of organic molecules in zeolites [62]. Three zeolites with different cages or channels were employed, i.e.. 

Strongly temperature dependent ESR spectra were observed for the [(CH3)3NCH2] radical cation stabilized in Al-offretite and SAPO-42, see 

Semiconductor-based heterogeneous photocatalysts have been interested by a large number of scientists. Titanium dioxide (T1O2), whieh is inexpensive, nontoxic, resistant to photo-corrosion, and has high oxidative power, is the most widely used 

The advantage of T102 as a semiconductor photocatalyst comes from its ability of converting photon energy into chemical energy. The absorption of photons 

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