Beyond TCNE: New building blocks for molecule-based magnets
Beyond TCNE: New building blocks for molecule-based magnets
Several new examples of organic one-electron acceptors have been discovered to be viable and versatile alternatives to tetracyanoethylene as building blocks for the synthesis of charge-transfer salt/charge-transfer polymer molecule-based magnets. Guidelines for the identification of new acceptor candidates as well as several examples of compounds derived from these acceptors will be described. The observed magnetic properties include glassy ferromagnetism, metamagnetism and ferrimagnetism.
CT salt, Glassy ferromagnetism, Molecule-based magnet
471-475
Kaul, Bharat B.
8d1c1981-95d9-4b13-aa0d-40d724ab2f0e
Taylor, Matthew A.
9c728297-726b-4f75-9142-bcd22d260288
Whitton, Michael J.
436703ba-1d26-4df4-b06c-a4ce48526a35
Yee, Gordon T.
fac78cd2-cda2-4f9e-9be4-cc84ca01f5dd
1 August 2001
Kaul, Bharat B.
8d1c1981-95d9-4b13-aa0d-40d724ab2f0e
Taylor, Matthew A.
9c728297-726b-4f75-9142-bcd22d260288
Whitton, Michael J.
436703ba-1d26-4df4-b06c-a4ce48526a35
Yee, Gordon T.
fac78cd2-cda2-4f9e-9be4-cc84ca01f5dd
Kaul, Bharat B., Taylor, Matthew A., Whitton, Michael J. and Yee, Gordon T.
(2001)
Beyond TCNE: New building blocks for molecule-based magnets.
Synthetic Metals, 122 (3), .
(doi:10.1016/S0379-6779(01)00321-6).
Abstract
Several new examples of organic one-electron acceptors have been discovered to be viable and versatile alternatives to tetracyanoethylene as building blocks for the synthesis of charge-transfer salt/charge-transfer polymer molecule-based magnets. Guidelines for the identification of new acceptor candidates as well as several examples of compounds derived from these acceptors will be described. The observed magnetic properties include glassy ferromagnetism, metamagnetism and ferrimagnetism.
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Published date: 1 August 2001
Keywords:
CT salt, Glassy ferromagnetism, Molecule-based magnet
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Local EPrints ID: 410937
URI: http://eprints.soton.ac.uk/id/eprint/410937
ISSN: 0379-6779
PURE UUID: 6ea732ef-8180-4db9-b628-b748965f5e59
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Date deposited: 12 Jun 2017 16:31
Last modified: 16 Mar 2024 03:36
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Author:
Bharat B. Kaul
Author:
Matthew A. Taylor
Author:
Michael J. Whitton
Author:
Gordon T. Yee
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