Using first-principles calculations,we predict a Chern insulating phase in thin films of the ferromagnetic semimetal GdN.In contrast to previously proposed Chern insulator candidates,which mostly rely
Heat flow conducted at the terrestrial planet outmost core is directly coupled to potential vigorous convection within the cores,generating magnetic field with different magnitudes [1].
Electromagnetic and seismic results from various subduction zones reveal that the presence of anomalies of electrical conductivity and seismic wave attenuation in the mantle wedge and fore-arc regions
Magnetotelluric(MT)study has become a powerful tool to detect the status of Earths interior.In order to explain the magnetotelluric data quantitatively,laboratory measurements on electrical conductivi
Previous works have measured the electrical conductivities of many minerals and rocks in the crust and upper mantle,and suggested interpretations of high-conductivity layers(HCLs)in the Earths interio
NaxK1-xAlSi3O8 hollandite(NaK-Holl)as a high pressure phase of feldspar is considered to be exist in subduction zones and to be a main phase carrying alkali elements in the mantle [1,2].
Large-scale molecular dynamics simulations can reveal microscopic deformation processes that occur at time and 1ength sca1es that are experimentally inaccessible.
MgO is an important material of lower earth mantle.It crystallizes in rock salt(B1)structure and shows a pressure induced structural phase transition to CsCl type(B2)structure.Large amount of studies