Neutron Scattering data

<p>&nbsp;Background corrected radially averaged intermediate angle neutron scattering (Barotron) for&nbsp;<strong>a)</strong>&nbsp;supersaturated saturated Tb(NO₃)₃&nbsp;/D₂O solutions using the electromagnet;&nbsp;<strong>b)</strong>&nbsp;supersaturated Tb(NO₃)₃&nbsp;using the permanent magnet solution;&nbsp;<strong>c)</strong>&nbsp;and&nbsp;<strong>d)</strong>&nbsp;are the 2D patterns of a) without and with 100 mT (Barotron detector&nbsp;l=2.85&Aring;, d=0.1m);&nbsp;<strong>e)</strong>&nbsp;ultra-wide angle scattering (7C2) without and with a parallel magnetic field;&nbsp;<strong>f)</strong>&nbsp;very small angle neutron scattering (PA20,&nbsp;l=6&Aring;, d=18m) for concentrated Tb(NO₃)₃&nbsp;/D2O solutions. Blue open squares show the empty beam path, open circles are Tb(NO₃)₃without an applied magnetic field, red filled squares are with 0.6 T applied magnetic field perpendicular to the beam.Background corrected radially averaged intermediate angle neutron scattering (Barotron) for&nbsp;<strong>a)</strong>&nbsp;supersaturated saturated Tb(NO₃)₃&nbsp;/D₂O solutions using the electromagnet;&nbsp;<strong>b)</strong>&nbsp;supersaturated Tb(NO₃)₃&nbsp;using the permanent magnet solution;&nbsp;<strong>c)</strong>&nbsp;and&nbsp;<strong>d)</strong>&nbsp;are the 2D patterns of a) without and with 100 mT (Barotron detector&nbsp;l=2.85&Aring;, d=0.1m);&nbsp;<strong>e)</strong>&nbsp;ultra-wide angle scattering (7C2) without and with a parallel magnetic field;&nbsp;<strong>f)</strong>&nbsp;very small angle neutron scattering (PA20,&nbsp;l=6&Aring;, d=18m) for concentrated Tb(NO₃)₃&nbsp;/D2O solutions. Blue open squares show the empty beam path, open circles are Tb(NO₃)₃without an applied magnetic field, red filled squares are with 0.6 T applied magnetic field perpendicular to the beam.</p>