Abstract The Interior exploration using Seismic Investigations, Geodesy, and Heat Transport
(InSight) Mission will focus on Mars' interior structure and evolution. The basic structure of …

Can mineral physics and mixing theories explain field observations of seismic velocity and
electrical conductivity, and is there an advantage to combining seismological and …

Magnetic fields provide a window into a planet's interior structure and evolution, including its
atmospheric and space environments. Satellites at Mars have measured crustal magnetic …

This paper applies electromagnetic sounding methods for Earth's mantle to constrain its
thermal state, chemical composition, and “water” content. We consider long-period inductive …

The electrical conductivity of mantle minerals is highly sensitive to parameters that
characterize the structure and state of the lithosphere and sublithospheric mantle, and …

In this paper, we report the 3-D electrical conductivity distribution beneath the Australian
continent in the depth range 410–1600 km, which we have imaged by inverting C-response …

Determining Earth's structure is a fundamental goal of Earth science, and geophysical
methods play a prominent role in investigating Earth's interior. Geochemical …

Abstract The eastern North China Craton (NCC) experienced significant lithospheric
thinning and widespread magmatism in the Mesozoic, and is characterized by high surface …

Abstract Ferropericlase (Mg, Fe) O is an abundant mineral of Earth's lower mantle and the
liquid phase of the material was an important component of the early magma ocean. Using …

A comparison of the internal structure of Earth-like planets is unavoidable to understand the
formation and evolution of the solar system, and the differences between Earth's, Mars', and …