Fluid inclusions are the best tool to characterize the properties of fluids in paleo-geological
environments, and the most widely used methods applied to fluid inclusions are …

The ternary system H2O-NaCl-CO2 is one of the most important fluid systems in
geochemistry and petrology. However, there is little information on the phase equilibrium …

Microthermometric measurements of partial or total homogenization to the vapor phase (via
liquid disappearance) in fluid inclusions yield erroneously low temperatures resulting from …

Abstract The software AqSo_NaCl (Bakker, 2018) can be used to characterize the properties
of phases that may exist in the binary H 2 O-NaCl system up to 1000° C and 500 MPa. The …

Under conditions typically found in the Earth's crust, there is a large pressure-temperature-
composition range in the H2O-NaCl system where fluids may separate into a low-salinity …

Fluid inclusions are commonly the best available source of information on the compositions
of fluids in past geologic environments. Microanalytical data, predominantly from LA-ICPMS …

Fluid inclusions approximated by the system H 2 O-NaCl-CO 2 are common in a wide variety
of geologic settings, requiring protocols to evaluate the composition, phase equilibria …

The development of LA-ICP-MS and other microanalytical techniques for in situ analysis of
single fluid inclusions has made it possible to quantify the elemental concentration of major …

Halite deposits have long been utilized for interrogating past climate conditions.
Microthermometry on halite fluid inclusions has been used to determine ancient water …

Fluid inclusions that homogenize by disappearance of the halite crystal after the vapor
bubble has disappeared have been reported from a wide range of ore-forming systems …