Abstract
Abstract The catalytic activity of –LIT zeolite, which has a unique framework topology including hydrogen bonds between silanol and the terminal oxygen bonded to silicon (≡Si–O−···H–O–Si≡), was investigated through temperature-programmed oxidation. The activity of –LIT zeolite was found to be higher than those of other potassium-containing aluminosilicates, i.e., zeolite 3A, K-chabazite, K-L zeolite, and kalsilite. It is suggested that the unique framework topology of –LIT zeolite is responsible for its high catalytic activity.
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