In the last years, there has been a revival of total reflection X-ray fluorescence spectrometry
(TXRF), which was firstly applied for analytical purposes in the late 80s. The aim of this work …

As volatile and variably mobile components, halogens play key roles in magmatic,
metasomatic, mineralizing, and volcanic processes by influencing the physical and chemical …

Apatite, the most abundant phosphate mineral in the Earth's crust and uppermost mantle, is
able to accept a wide variety of trace elements into its crystal structure. Many of these trace …

Nanling is the largest W–Sn mineralization belt in the world, the formation of which remains
obscure. In contrast to most other deposits in the Nanling region, Dabaoshan is a …

This study explores the suitability of apatite as a tracer of the source (s), chemistry, and
evolution of ore-forming hydrothermal fluids. This is tested by analysing the halogen (F, Cl …

Abstract Apatite (Ca 5 (PO 4) 3 (OH, F, Cl)) is one of the main host of halogens in magmatic
and metamorphic rocks and plays a unique role during fluid–rock interaction as it …

Abstract The Rogart and Strontian high Ba–Sr plutons (Northern Highlands, Scotland)
comprise a range of lithologies from felsic to ultramafic rocks. The latter are mantle-derived …

Spatially associated A-and I-type granites and mafic dyke rocks from the Jiuhuashan region
(South China) have been geochemically studied with a special emphasis on their halogen …

Textural and compositional variations of apatite from the plutonic Ilímaussaq complex in
South Greenland and its surrounding country rocks track magmatic and metasomatic …

The partitioning of Cl between apatite, felsic melts, and aqueous fluids (vapor±brine), and
the partitioning of F between apatite and felsic melt were investigated experimentally at 50 …