Which Chemical Calculations Do You Want Automated? Poll

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SUMMARY

The forum discussion centers on the development of automated chemical calculators, specifically targeting tedious calculations in chemical kinetics and static equilibrium. Users expressed interest in automating calculations related to second and higher order reactions, which often involve complex differential equations. The discussion highlights the need for tools like Mathematica for solving these equations and introduces the Chemical Kinetics Simulator, a free tool based on a stochastic approach. Participants also emphasized the challenges posed by chaotic reactions, such as the Belousov-Zhabotinsky reaction.

PREREQUISITES
  • Chemical kinetics principles
  • Understanding of differential equations
  • Familiarity with Mathematica or similar computational tools
  • Knowledge of static equilibrium concepts
NEXT STEPS
  • Research the capabilities of the Chemical Kinetics Simulator
  • Learn how to solve differential equations using Mathematica
  • Explore the dynamics of the Belousov-Zhabotinsky reaction
  • Investigate methods for automating static equilibrium calculations
USEFUL FOR

Chemists, chemical engineers, and researchers involved in kinetics and equilibrium studies who seek to streamline their calculation processes through automation.

Borek
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Some of you are aware of the fact I have already prepared two chemical calculators (see signature). I am planning to extend the line of programs and I have several ideas about what could the next calculator do. However, before starting work I decided to do a quick poll:

What type of calculations would you like to have automated?

Which calculations are the most tedious?

Which calculations are eating most of your time, regardless of the fact that you know how to do them?

Chemical calculators at
 
Chemistry news on Phys.org
Solving kinetics equations for second and higher order reactions with more than one reactant.

Often end up with a mess of differential equations that need mathematica (or something similar) to solve.
 
I hope numerical results will be enough? :wink:

I was thinking mostly about static equilibrium so far, perhaps because that's the area I feel comfortable with. But kinetic can be interesting too.

That can be challenging - things like Belousow-Zabothynski (I am not sure about spelling of the names) reaction are driven by kinetics of numerous reactions taking part; result is chaotic and extremely difficult to calculate. Something like wheather :smile:

Chemical calculators at
 
Some time ago, I was looking intosome reactions between ferredoxin and Fe-S clusters. The kinetics tells you a lot about the nature of the intermediate state, but is non-trivial to work out from spectrophotometric data.
 
Gokul43201 said:
Solving kinetics equations for second and higher order reactions with more than one reactant.

Often end up with a mess of differential equations that need mathematica (or something similar) to solve.

I posted this in the sicky for chem. web sites:

Chemical Kinetics Simulator (and it's free):

https://www.almaden.ibm.com/st/comp...cience/ck/msim/

Note it is based on a stochastic approach not deterministic.
 
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