A Practical Guide to Fluid Inclusion Studies |
Contents
The nature occurrence and geological significance of fluid inclusions | 1 |
Sample selection and preparation for microscope examination | 21 |
Optical examination | 35 |
Copyright | |
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Common terms and phrases
acetone amount apatite aqueous inclusions aqueous phase birefringence boiling bulk CaCl2 calcite calibration Chaixmeca Chapter chemical clathrate CO2 inclusions CO2 phase CO2-rich composition concentration cooling crushing daughter minerals decrepitation density dissolution estimate eutectic fluid inclusion studies fluorite freezing gas hydrate gases geological glass grain grain mounts H₂O H2O-CO2 inclusions H2O-NaCl halite halite-bearing heating homogenization temperature host mineral hydrate hydrocarbon hydrohalite ice melting immiscible inclusions containing ions isochore isotopic large number leachate leakage Linkam liquid and vapour liquid CO2 liquid N2 liquid phase liquid-vapour measurements melting temperature metastable method microscope mole NaCl nahcolite necking-down optical phase changes polished wafers possible pressure problem quartz ratios refractive index renucleate Roedder room temperature salinity salt sample shown in Figure solid CO2 solid phases solubility sphalerite supercooling surface sylvite t₁ technique THCO2 thermal thermometric analysis TMCO2 TsNaCl tube two-phase vapour bubble volatile volume X-ray