For the simulation and modelling of reaction kineticsRead more »
For the analysis of Redox titration measurementsRead more »
Global analysis for manual or automated equilbrium titration measurements. Allows the determination of all equilibrium or formation constants in the underlying mechanism.Read more »
Global analysis for kinetic measurements. Allows the determination of all rate and equilibrium constants in the underlying mechanism.Read more »
The ReactLab Bundle includes both ReactLab EQULIBRIA and ReactLab KINETICS together at a specially discounted price.Read more »
Flexible network licensing options allow ReactLab programs to be deployed over many computers allowing a specified number of users to run the program at any one time.Read more »
Second order global analysis of complex potentiometric titrations.Read more »
ReactLab™ KINSIM offers extensive modelling and simulation capabilities for complex chemical reaction systems. Based on the specified reaction mechanism, its rate constants and the initial concentrations for the reactants, complete concentration profiles for all reactants and products are computed and plotted. ReactLab™ KINSIM allows the modelling of very complex reaction mechanisms which may also include instantaneous or equilibrium processes, e.g. fast protonation equilibria. Model entry is user-friendly as ‘normal’ chemical reaction equations based on standard notation can be used.
The program, including all algorithms and the GUI frontend, have been developed in Matlab and compiled to produce the final deployable application.
Model entry and computational output are organised in Excel Workbooks, which are launched from, and dynamically linked to, the ReactLab™ application. Similarly, all numerical analysis options are organised in the Excel format. It is therefore necessary for Excel to be installed on the same computer as ReactLab™.
These results can be further analysed, graphed or reviewed, just using Excel.
A selection of example workbooks accompanies the program in an Excel template subfolder; they are described in detail in Part 2 of the provided user manual.
THIS PRODUCT IS FREE!
and may be downloaded with user manual and examples
An example simulation of an enzyme reaction mechanism using ReactLab™ KINSIM is show below:
Reaction models and conditions are setup in specially formatted Excel workbooks. All numerical calculations are performed by the ReactLab KINSIM program and the results presented in its graphical user interface. The results are also exported to the Excel workbook which allows further analysis and charting of the modelling results without the need for ReactLab KINSIM and according to the particular requirements of the user.
Kinetic simulation is probably the most effective way of learning about the dynamics of chemical reaction processes. It provides insight into the behaviour of reactions and allows prediction of relative species and product concentrations under varying conditions. It is also an invaluable tool for planning experiments.