Abstract
Within the London approximation, we predict the geometry of the flux lattice in anisotropic, strongly type-II superconductors for arbitrary field orientation and intensity. At low magnetic fields, the scaling of the lattice parameters with field differs markedly from the ordinary ${\mathit{B}}^{\mathrm{\ensuremath{-}}1/2}$ dependence. We also calculate the form factors and reflectivities for neutron diffraction. The dependence of the reflectivity on the angle between the magnetic field and the c axis, and on the field intensity, is calculated.
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