Two examples are provided here because certain plot features are dependent on the data type.



PLOT TYPES:
DY: Deviation Plot , DY%: %Dev Plot ,
Waring: Waring Function Plot
PLOT FEATURES:
+/-: Show/Hide Uncertainties, Connect: Connecting Lines ,
Rejected: Show/Hide rejected data, Full View: Show all data,
and
Exploring Details & Resizing, and Data Point identification in a plot.
DATA COLORS:
Black = Accepted Data, Orange = Rejected Data,
Red = Select Data, Blue = Data estimated by TDE










The Waring Function is defined as R * [d ln(p) / dT], R is the gas constant, and T and p are temperature and pressure.
For many materials, the Waring Function displays a minimum for 0.8 < T/Tc < 1.0, where Tc is the critical temperature.
See References: Waring, W. Ind. Eng. Chem., 1954, 46, 762 and Steele, W. V. J. Chem. Thermodyn., 1995, 27, 135.



NOTE: The +/- ranges indicate approximate uncertainties for the experimental values, except in the Recommended Values branch of the Navigation Tree, where they represent uncertainties for the recommended values.



NOTE: All data for a particular property from a single bibliographic source typically represent one data set. There can be more than one data set from a single source, if more than one sample was studied or more than one experimental method was used.






Rescaling of the plot allows all data to be visible.






NOTE: The Bibliographic Source Details can viewed through the Data Table.


PLOT TYPES:
DY: Deviation Plot , DY%: %Deviation Plot
PLOT FEATURES:
+/-: Show/Hide Uncertainties, Connect: Connecting Lines ,
Rejected: Show/Hide rejected data, Full View: Show all data,
and
Change Plot Variable, Exploring Details,
Compressibility(Z) and Data Point identification in a plot.
DATA COLORS:
Black = Accepted Data, Orange = Rejected Data,
Red = Select Data, Blue = Data estimated by TDE
Blue Lines = Default equation representations evaluated by TDE,
Green Lines = User selected equations

The example shows plots of density = f (T& p) for quinoline after evaluation (from the Default Representations branch of the tree).



The example shows a plot of density = f (T) and f(p) for o-xylene after evaluation.




