Population's assesment applied to nanocrushing

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SUMMARY

The discussion focuses on the application of "population's assessment" in the context of nanocrushing, specifically for modeling nanoparticle evolution in a reactor using MATLAB. The user seeks literature that addresses equations relevant to this topic, emphasizing the need for numerical modeling in process engineering. The inquiry highlights a gap in available resources, as no responses were provided to the initial request for recommendations.

PREREQUISITES
  • Understanding of population dynamics in chemical processes
  • Familiarity with MATLAB for numerical modeling
  • Knowledge of nanocrushing techniques and their applications
  • Basic principles of process engineering
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  • Research "population dynamics equations in chemical engineering"
  • Explore "MATLAB modeling for nanoparticle systems"
  • Investigate "numerical methods in process engineering"
  • Look into "case studies on nanocrushing and reactor design"
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Researchers, chemical engineers, and students interested in nanoparticle behavior and modeling in process engineering, particularly those utilizing MATLAB for simulations.

tyutyu fait le train
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"population's assesment" applied to nanocrushing

Hi hi!

I am searching for books dealing with equations of "population's assesment" applied to nanocrushing. More precisely the aim is to describe and modelize via Matlab the evolution of the nanoparticules population in the reactor (crystallizer). It refers also to numerical modelization (analysis) of process engineering.

If somebody knows some books or studies dealing with that topic, it would be great to help me!

THX

Tyu
 
Engineering news on Phys.org
This is a double-post with the one in Solid State Physics. I think this is the more appropriate location.
 
No answer for this topic??
 

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