Using neutrons, X-rays and nuclear magnetism to determine the role of transition metal oxide inclusions on both glass structure and stability in automotive glass enamels.Low levels of transition metal oxides in alkali borosilicate glass systems can drastically influence crystallisation and phase separation properties. 
neutrons
Using neutrons, X-rays and nuclear magnetism to determine the role of transition metal oxide inclusions on both glass structure and stability in automotive glass enamels.Low levels of transition metal oxides in alkali borosilicate glass systems can drastically influence crystallisation and phase separation properties.  Structural models based on empirical potential structure refinement were generated from neutron and X-ray scattering data, and compared against multinuclear solid-state NMR. 
X-rays
Using neutrons, X-rays and nuclear magnetism to determine the role of transition metal oxide inclusions on both glass structure and stability in automotive glass enamels.Low levels of transition metal oxides in alkali borosilicate glass systems can drastically influence crystallisation and phase separation properties. 
nuclear magnetism