17 - Inverse Modelling with Evaporation =========================================================================== This example corresponds to the "Example 17-Inverse Modeling With Evaporation" from the Phreeqc manual. It can be retrieved from the `Phreeqc Website `_. This example uses data for the evaporation of Black Sea water that is presented in Carpenter (1978). Two analyses are selected, the initial Black Sea water and an evaporated water from which halite has precipitated. The hypothesis is that evaporation, precipitation of calcite, gypsum, and halite, and loss of carbon dioxide are sufficient to account for the changes in water composition of all of the major ions and bromide. Studies -------------------- This project contains **2** Studies. * PhreeqcStudy: **"study_17 - Inverse Modelling with Evaporation"** Db used: **"PhreeqcImported_1"** database .. raw:: html :file: study_17 - Inverse Modelling with Evaporation.html * PhreeqcStudy: **"study_17 - Inverse Modelling with Evaporationb"** Db used: **"PhreeqcImported_1"** database .. raw:: html :file: study_17 - Inverse Modelling with Evaporationb.html Plots -------------------- This project contains **1** Plots. * Plot 1: **"plot_1"** .. figure:: plot_1.svg :scale: 100 :alt: plot_1.svg :align: center