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The unit cell and space group of Li2C2

The unit cell and space group of Li2C2 <h2>Acta Crystallographica</h2><h3></h3><h3>0365-110X</h3> <h2>short communications</h2> Volume 15 Part 10 Pages 1042-1043 October 1962 <h2>The unit cell and space group of Li 2 C 2 </h2> D. R. Secrist and L. G. Wisnyi Short Communications Contributions intended for publication under this heading should be expressly so marked; they should not exceed about 1000 words; they should be forwarded in the usual way to the appropriate Co.editor; they will be published as speedily as possible. Publication will be quicker if the contributions are without illustrations. Acta Cryst. (1962). 15, 1042 The unit cell and space group of LipCp. By D. R. SECRIST and L. G. WISNY~, Knolls Atomic Power Labo- ratory,* U.S.A. (Received 28 February 1962 and in revised form 12 March 1962) A review of the literature has indicated that no work has been reported on the unit cell or structure of the various alkali carbides. As part of a study of the ternary system, lithium- boron-carbon, a brief examination of the lithium-carbon system was conducted. A single crystal of lithium carbide was synthesized and isolated for study. The crystal was formed by reacting lithium and graphite at 700 °C. for two days and slow-cooling. The elements were contained in http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Acta Crystallographica International Union of Crystallography

The unit cell and space group of Li2C2

Acta Crystallographica , Volume 15 (10): 1042 – Oct 10, 1962

The unit cell and space group of Li2C2

Acta Crystallographica , Volume 15 (10): 1042 – Oct 10, 1962

Abstract

<h2>Acta Crystallographica</h2><h3></h3><h3>0365-110X</h3> <h2>short communications</h2> Volume 15 Part 10 Pages 1042-1043 October 1962 <h2>The unit cell and space group of Li 2 C 2 </h2> D. R. Secrist and L. G. Wisnyi Short Communications Contributions intended for publication under this heading should be expressly so marked; they should not exceed about 1000 words; they should be forwarded in the usual way to the appropriate Co.editor; they will be published as speedily as possible. Publication will be quicker if the contributions are without illustrations. Acta Cryst. (1962). 15, 1042 The unit cell and space group of LipCp. By D. R. SECRIST and L. G. WISNY~, Knolls Atomic Power Labo- ratory,* U.S.A. (Received 28 February 1962 and in revised form 12 March 1962) A review of the literature has indicated that no work has been reported on the unit cell or structure of the various alkali carbides. As part of a study of the ternary system, lithium- boron-carbon, a brief examination of the lithium-carbon system was conducted. A single crystal of lithium carbide was synthesized and isolated for study. The crystal was formed by reacting lithium and graphite at 700 °C. for two days and slow-cooling. The elements were contained in

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References (3)

Publisher
International Union of Crystallography
Copyright
Copyright (c) 1962 International Union of Crystallography
ISSN
0365-110X
DOI
10.1107/S0365110X62002650
Publisher site
See Article on Publisher Site

Abstract

<h2>Acta Crystallographica</h2><h3></h3><h3>0365-110X</h3> <h2>short communications</h2> Volume 15 Part 10 Pages 1042-1043 October 1962 <h2>The unit cell and space group of Li 2 C 2 </h2> D. R. Secrist and L. G. Wisnyi Short Communications Contributions intended for publication under this heading should be expressly so marked; they should not exceed about 1000 words; they should be forwarded in the usual way to the appropriate Co.editor; they will be published as speedily as possible. Publication will be quicker if the contributions are without illustrations. Acta Cryst. (1962). 15, 1042 The unit cell and space group of LipCp. By D. R. SECRIST and L. G. WISNY~, Knolls Atomic Power Labo- ratory,* U.S.A. (Received 28 February 1962 and in revised form 12 March 1962) A review of the literature has indicated that no work has been reported on the unit cell or structure of the various alkali carbides. As part of a study of the ternary system, lithium- boron-carbon, a brief examination of the lithium-carbon system was conducted. A single crystal of lithium carbide was synthesized and isolated for study. The crystal was formed by reacting lithium and graphite at 700 °C. for two days and slow-cooling. The elements were contained in

Journal

Acta CrystallographicaInternational Union of Crystallography

Published: Oct 10, 1962

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