Abstract
We introduce a three-dimensional character to the transfer of one-dimensional conduction electrons within the self-consistent renormalization theory of spin fluctuations for itinerant antiferromagnetism. We study how the three-dimensional character influences the Néel temperature and the temperature dependence of the inverse staggered susceptibility at low temperatures. From these investigations, we find that the Néel temperature and the temperature dependence of the inverse staggered susceptibility are controlled by the three-dimensional character.
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