2002Review of Scientific InstrumentsRequires access

Synthesis of ammonium and organic compounds from N2,H2O vapor, and CO2 gas mixtures by synchrotron radiation induced photochemical reactions at atmospheric pressure and at room temperature

Yuichi Utsumi, Tadashi Hattori

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Abstract

Several compound materials were synthesized from N2,H2O vapor, and CO2 gas mixtures using synchrotron radiation induced photochemical reactions at atmospheric pressure and at room temperature. Ammonium and nitrogen oxides were successfully synthesized from N2,H2O vapor, and O2 gas mixtures. It was also found that organic compounds such as carboxyl acids and amino acids were formed from a N2,H2O vapor, and CO2 gas mixture.

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What this paper is about

Several compound materials were synthesized from N2,H2O vapor, and CO2 gas mixtures using synchrotron radiation induced photochemical reactions at atmospheric pressure and at room temperature. Ammonium and nitrogen oxides were successfully synthesized from N2,H2O vapor, and O2 gas mixtures. It was also found that organic compounds such as carboxyl acids and amino acids were formed from a N2,H2O vapor, and CO2 gas mixture.

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Available abstract

Several compound materials were synthesized from N2,H2O vapor, and CO2 gas mixtures using synchrotron radiation induced photochemical reactions at atmospheric pressure and at room temperature. Ammonium and nitrogen oxides were successfully synthesized from N2,H2O vapor, and O2 gas mixtures. It was also found that organic compounds such as carboxyl acids and amino acids were formed from a N2,H2O vapor, and CO2 gas mixture.

Key concepts: Nitrogen, Synchrotron radiation, Atmospheric pressure, Materials science, Synchrotron, Vapor pressure, Water vapor, Ammonium

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Synthesis of ammonium and organic compounds from N2,H2O vapor, and CO2 gas mixtures by synchrotron radiation induced photochemical reactions at atmospheric pressure and at room temperature — Research Paper | ScholarLens