1998JOURNAL OF CHEMICAL ENGINEERING OF JAPANRequires access

Decomposition Characteristics of Concentrated Ozone.

Kunihiko Koike, Goichi Inoue, Masanori Suzuki, Junji Saida, Ikuo Komatsu

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Abstract

Experimental and theoretical studies have been made on the nature of concentrated ozone. We proved that ozone with concentrations above 50 vol% can produce a passivated layer on the surface of stainless steel, which is considerably inactive to ozone decomposition. The ozone decomposition rate is strongly dependent on temperature, concentration and pressure. We also determined the activation energy and order of reaction for the decomposition. Moreover, our results reveal that N2, Ar and He have no effects on ozone decomposition, while CH4 and H2 act as catalysts and CO reacts with ozone under ordinary temperature and pressure conditions.

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What this paper is about

Experimental and theoretical studies have been made on the nature of concentrated ozone. We proved that ozone with concentrations above 50 vol% can produce a passivated layer on the surface of stainless steel, which is considerably inactive to ozone decomposition. The ozone decomposition rate is strongly dependent on temperature, concentration and pressure. We also determined the activation energy and order of reaction for the decomposition. Moreover, our results reveal that N2, Ar and He have no effects on ozone decomposition, while CH4 and H2 act as catalysts and CO reacts with ozone under ordinary temperature and pressure conditions.

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Available abstract

Experimental and theoretical studies have been made on the nature of concentrated ozone. We proved that ozone with concentrations above 50 vol% can produce a passivated layer on the surface of stainless steel, which is considerably inactive to ozone decomposition. The ozone decomposition rate is strongly dependent on temperature, concentration and pressure. We also determined the activation energy and order of reaction for the decomposition. Moreover, our results reveal that N2, Ar and He have no effects on ozone decomposition, while CH4 and H2 act as catalysts and CO reacts with ozone under ordinary temperature and pressure conditions.

Key concepts: Ozone, Decomposition, Chemical decomposition, Chemistry, Activation energy, Catalysis, Ozone layer, Physical chemistry

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