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Neutron diffraction measurements have been made at 294 °K and 78 °K on single-crystal samples of high purity chromium which have been allowed to cool through the Neel temperature in a field of 55 kG acting along a cube edge. It is shown that field cooling favours only domains containing spin density waves with a wave vector parallel to the field applied during cooling. The complementary effects produced by stress cooling are also indicated.
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Bastow et al. (1965) studied this question.
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