 The Shostra-Sutherland-Lattice-Band II ZNS-5 exhibits a 2q antiferromagnetic order below Tn equals 2.9k, as determined by single crystal neutron diffraction. This order can be explained by the orthogonal arrangement of local is-ing nd spins, which were identified by polarized neutrons. When a magnetic field is applied along 1-10, two magnetic sublattices corresponding to the propagation vectors q1 backslash u2009 equals backslash u2009, one-half, one-half, zero, and q2 backslash u2009 equals backslash u2009, minus one-half, one-half, zero, are revealed. The first sublattice displays a nil-type arrangement in each single layer, while the second sublattice is suppressed at a critical field hc1.7t. The hc varies with temperature and is manifested in the ht-phase diagram constructed by measuring the magnetization in band II ZNS-5. This article was authored by Madeleine Marshall, Brianna R. Billingsley, Xiaojian Bai, and others. We are article.tv, links in the description below.