Volume 112, Issue 15 pp. 2850-2852

Zuschrift

Continuous Reactions in Supercritical Water: A New Route to La₂CuO₄ with a High Surface Area and Enhanced Oxygen Mobility

Alexander A. Galkin Dr.,

Alexander A. Galkin Dr.

[email protected]

Physical Chemistry Department Moscow State University 119899 Moscow, Russia, Fax: (+7) 095-939-4575

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Boris G. Kostyuk Dr.,

Boris G. Kostyuk Dr.

Physical Chemistry Department Moscow State University 119899 Moscow, Russia, Fax: (+7) 095-939-4575

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Valery V. Lunin Prof.,

Valery V. Lunin Prof.

Physical Chemistry Department Moscow State University 119899 Moscow, Russia, Fax: (+7) 095-939-4575

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Martyn Poliakoff Prof.,

Martyn Poliakoff Prof.

[email protected]

Clean Technology Group School of Chemistry The University of Nottingham University Park, NG7 2RD Nottingham, UK, Fax: (+44) 115-951-3058

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Alexander A. Galkin Dr.,

Alexander A. Galkin Dr.

[email protected]

Physical Chemistry Department Moscow State University 119899 Moscow, Russia, Fax: (+7) 095-939-4575

Search for more papers by this author

Boris G. Kostyuk Dr.,

Boris G. Kostyuk Dr.

Physical Chemistry Department Moscow State University 119899 Moscow, Russia, Fax: (+7) 095-939-4575

Search for more papers by this author

Valery V. Lunin Prof.,

Valery V. Lunin Prof.

Physical Chemistry Department Moscow State University 119899 Moscow, Russia, Fax: (+7) 095-939-4575

Search for more papers by this author

Martyn Poliakoff Prof.,

Martyn Poliakoff Prof.

[email protected]

Clean Technology Group School of Chemistry The University of Nottingham University Park, NG7 2RD Nottingham, UK, Fax: (+44) 115-951-3058

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First published: 02 August 2000

https://doi.org/10.1002/1521-3757(20000804)112:15<2850::AID-ANGE2850>3.0.CO;2-7

Citations: 6

We thank Ms. E. P. Chinennikova, Dr. A. Cabañas, Dr. J. A. Darr, Dr. D. A. Graham, and Mr. M. Guyler for their help. We are grateful to EPSRC (grant no. GR/K84929), the Royal Society, NATO, the Royal Academy of Engineering, and the Russian Foundation for Basic Research for support.

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Abstract

Ein in Wasser hergestellter heterogener Katalysator ist eindeutig sauberer und sollte zu saubereren Synthesen führen. In überkritischem Wasser wird La₂CuO₄ schneller gebildet und hat eine größere Oberfläche sowie eine höhere Aktivität bezüglich der Oxidation von CO als das entsprechende durch „traditionelle”︁ Keramiksynthese erhaltene Material. Die Methode sollte in größerem Maßstab durchführbar sein und auf andere Festkörper übertragen werden können.

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Volume112, Issue15

August 4, 2000

Pages 2850-2852

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Continuous Reactions in Supercritical Water: A New Route to La₂CuO₄ with a High Surface Area and Enhanced Oxygen Mobility

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Continuous Reactions in Supercritical Water: A New Route to La₂CuO₄ with a High Surface Area and Enhanced Oxygen Mobility