Tim Bögels
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View article: Impact-induced sublimation drives volatile depletion in carbonaceous meteorites
Impact-induced sublimation drives volatile depletion in carbonaceous meteorites Open
Carbonaceous chondrites are amongst the most chemically primitive solid materials in the Solar System, yet many are depleted in moderately volatile elements. Here, we report enrichments in heavier zinc isotopes in heated carbonaceous chond…
View article: The critical point and the supercritical regime of MgO
The critical point and the supercritical regime of MgO Open
<p>The position of the critical point determines the top of the liquid-vapor coexistence dome, and is a physical parameter of fundamental importance in the study of high-energy shocks, including those associated with large planetary …
View article: Critical point and supercritical regime of MgO
Critical point and supercritical regime of MgO Open
The position of the critical point determines the top of the liquid-vapor coexistence dome, and it is a physical parameter of fundamental importance in the study of high-energy shocks, including those associated with large planetary impact…
View article: The behaviour of MgO in a giant impact setting
The behaviour of MgO in a giant impact setting Open
<p>The Earth-Moon system and its formation is a topic of great scientific interest, and great debate over the past decades. The giant impact hypothesis is the currently accepted model to explain the formation of our moon. Accordingly…
View article: Hot supercritical MgO melt in the context of the giant impact
Hot supercritical MgO melt in the context of the giant impact Open
The giant impact hypothesis is the currently accepted model to explain the formation of our moon.Here, a collision of a marssized impactor collides with the proto-earth.This giant impact vapourized a significant portion of the impactor and…