![]() ![]() If there is a possibility of forming bimetallic species, then additional considerations are needed to account for the stoichiometry of the mixture. Although it is easy to make such a diagram, there is no interaction between the systems. The methods are mashing, mixing, mosaic stacking, and secondary balancing.Īs shown above, mashing two diagrams is essentially a simple combination of the two systems. This vignette describes some methods for constructing diagrams for multi-metal minerals and other multi-element systems. The package documentation has many examples of diagrams for a single metal appearing in different minerals or complexed with different ligands, but a common request is to make diagrams for multiple metals. The plots in this vignette were made using the following resolution settings, which can be changed if desired (low resolutions are used to save time in CRAN checks): res1 <- 150īasic diagrams in CHNOSZ are made for reactions that are balanced on an element (see Equilibrium in CHNOSZ) and therefore represent minerals or aqueous species that all have one element, often a metal, in common. Please consider citing that paper if you use the functions or diagrams described here. This vignette is associated with a paper that has been published in Applied Computing and Geosciences ( Dick, 2021). This vignette was compiled on with CHNOSZ version 1.4.3. Diagrams with multiple metals Diagrams with multiple metals Jeffrey M. ![]()
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