The below AVI tutorial animations demonstrate various abilities to use the Kintecus-Excel interface.

If you are using Internet Explorer, then to save an animation, right-click on the link, select "Save Taget As..." . Also be sure to view the animations below in full-screen mode! Since the animations have been recorded at a resolution of 1028x768 and if you view them in a small window, you won't be able to read the text or see the graphics as they will be too blurry!

This animation shows how one can overlay the maximum, minimum (the dash lines in the below plot), average concentrations (or temperature) along with standard deviations or confidence bands (16 Megs) onto one plot:

This tutorial animation shows how one can create a temperature program file. This procedure can also be utilized in creating program concentration profiles (such as a parameterized Na+ ion concentration in a cell membrane) or a volume profile (such as a piston compression or expansion). The parameters don't have to be "clean" functions, you can actually use your experimental profile measurements of temperature or Na+/Ca ions or electron flux or OH diurnal profile or water vapor time profile, etc., etc right in your model and let Kintecus' robust integrator and vast thermodynamic database to calculate a number of temporal profiles!

Creating_a_temperature_program.avi (16 megabytes)

This tutorial animation demonstrates how one can use Excel's powerful Autofilter to eliminate comments from a Kintecus model file. In this case, the comments are old Chemkin models interlaced about an equivalent Kintecus model.

Delete_chemkin_comments_from_Kintecus_model.avi (16 megs)

This tutorial animation demonstrates how to plot the final equilibrium concentrations versus the temperature in a True Global Free Energy Minimization Run (true equilibrium) in Kintecus.

Temperature_versus_concentration_phase_plot.avi (8 megs)

This tutorial animation shows how one can use Excel's powerful AutoFilter to view various reaction profiles of kf, kb, Kc, A, G, H and S with ease...

H2_O2_reaction_profiles.avi (11 megs)