What is it about?
Transportation is an important phenomenon in engineering systems. I have shown for the first time that the duration of a process is quantitatively related to the transport of logarithmic potentials, which are adequately defined in context. It seems that this formulation allows us to predict more performance details than before. To test the analytical predictions, a chemical experiment with a previously developed organic catalyst was used and the results were promising.
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Why is it important?
The findings show that the process durantion can be predicted before the chemical experiment is developed. Thus, the strategical decisions related to time management is much more well founded than previously appreciated.
Perspectives
This article lead to consider every process to be developed in whatever context as a potential oppotunity for modeling its logarithmic potentials to a greater involvement in the research of the prediction of dynamical systems.
Dr Ricardo Tomás Ferreyra
Read the Original
This page is a summary of: Transport of logarithmic potentials versus process duration, January 2022, Scipedia, S.L.,
DOI: 10.23967/wccm-apcom.2022.121.
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