- (iron-loving),
chalcophile (sulfide ore-loving or chalcogen-loving), and
atmophile (gas-loving) or
volatile (the element, or a
compound in
which it occurs...
- each element's
Goldschmidt classification: Lithophile Siderophile
Atmophile Chalcophile Trace
Abundances of the
elements (data page) Atmospheric...
-
first atmosphere,
captured from the
solar nebula, was
composed of
light (
atmophile)
elements from the
solar nebula,
mostly hydrogen and helium. A combination...
- "Effects of
Dynamical Evolution of
Giant Planets on the
Delivery of
Atmophile Elements during Terrestrial Planet Formation". The
Astrophysical Journal...
-
table Goldschmidt classification:
Lithophile Siderophile Chalcophile Atmophile Trace/Synthetic
Approximately 100
million metric tons of
oxygen are produced...
- "Effects of
Dynamical Evolution of
Giant Planets on the
Delivery of
Atmophile Elements during Terrestrial Planet Formation". The
Astrophysical Journal...
-
impact processes,
atmospheric escape processes,
geochemical modelling of
atmophiles, and
photochemical modelling. He also
contributed to
understanding the...
-
impact processes,
atmospheric escape processes,
geochemical modelling of
atmophiles, and
photochemical modelling Noel
Zamot (M.S.);
member of the NASA Astronaut...
- the core.
Chalcophile elements (Cu, Ag, Zn, Pb, S) form sulfides; and
atmophile elements (O, N, H and
noble gases)
dominate the atmosphere.
Within each...
- thus labile. Volatiles, such as
noble gases (though see below) and the
atmophile elements carbon, nitrogen, oxygen, etc. are lost from
minerals and not...
