Ĥ.3.7 Using External Graphics as Plot Sources. Ĥ.3.5 Computing Coordinates with Mathematical Expressions (gnuplot)Ĥ.3.6 Computing Coordinates with External Programs (shell). Ĥ.3.4 Mathematical Expressions And File Data. Ĥ.3.3 Computing Coordinates with Mathematical Expressions. ģ.5.4 Computing a Contour Plot of a Math Expressionģ.5.5 Summary. ģ.5.3 Adding Scattered Data on Top of the Surface. Solving a Real Use Case: Functions of Two Variables. ģ.3.5 Add an Annotation using Tik Z: a Slope Triangle. ģ.3.2 Adding the Remaining Data Files of Our Example.ģ.3.3 Add a Legend and a Grid. ģ.3 Solving a Real Use Case: Scientific Data Analysis.
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ģ.2.6 Finishing Touches: Automatic Generation of Individual Pdf Graphicsģ.2.7 Summary. ģ.2.4 Fixing the Vertical Alignment and Adjusting Tick Label Positions. ģ.2.3 Adding the Second Picture with a Different Plot. ģ.2 Solving a Real Use Case: Function Visualization. Ģ.6.5 Problems with Language Settings and Active Characters.
Ģ.6.4 Problems with TEX’s Memory Capacities. Ģ.6.3 Restrictions for DVI Viewers and dvipdfm. Ģ.6.1 Problems with available Dimen registers. Ģ.5.6 Installation Into a Local TDS Compliant texmf-DirectoryĢ.5.7 Installation If Everything Else Fails.Ģ.6 Troubleshooting – Error Messages. Ģ.5.5 Installation in Any Directory – the TEXINPUTS Variable. Ģ.2.2 Old Features Which May Need Attention. It is based on Till Tantau’s packageĢ.1 Components. Ternary diagrams, smith charts and some more.
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Plots, patch plots, contour plots, quiver plots, histogram plots, box plots, polar axes, Plots, scatter plots, piecewise constant plots, bar plots, area plots, mesh and surface The user supplies axis labels, legend entries and the plot coordinates for one or more plots and pgfplots applies axis scaling, computes any logarithms and axis ticks and draws the plots. The resulting data confirm the significant role of DOC in sorption interactions.Pgfplots draws high-quality function plots in normal or logarithmic scaling withĪ user-friendly interface directly in TEX. By using polarograph and fluorescence spectrograph techniques, the complexation competition among coexisting phthalates, copper and DOC is examined.
The copper-influenced sorption of DEP and DnBP are found to be due to the binding of copper to DOC that leads to the configuration change of DOC and thus to its enhanced sorption to sediment. This finding is also consistent with the results for a river water-sediment system containing 8.1 mg l −1 natural DOC. In a water-sediment system with the addition of 6.34 mg l −1 of commercial humic acid (HA), the sorption of DEP is decreased by up to 37%, and that of DnBP is enhanced by up to 41%, as copper is gradually added. The copper-induced sorption of DnBP could be due to its complexation with copper, as well as its hydrophobicity. The results indicate that the sorption hardly varies for DEP but increases up to 20% for DnBP as the copper concentration increases in a water-sediment system with extremely low concentration of DOC.
This paper investigates the sorption interactions of phthalate esters (diethyl phthalate, DEP, and di- n-butyl phthalate, DnBP) and copper on Yellow River sediment in the presence of DOC. Although the sorption mechanism of hydrophobic organic pollutants on soils or sediments has been widely studied, the effects of coexisting heavy metals are seldom reported, especially the role of dissolved organic carbon (DOC) in sorption interactions involving heavy metals.
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