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Este trabajo trata sobre el modelado multiescala de procesos químicos. A pesar de la existencia de muy buenos modelos para procesos químicos desde el punto de vista macroscópico, estos pueden verse limitados por el uso de coeficientes de transporte y transferencia mal estimados que reducen la precisión para un buen desarrollo tecnológico. Incluso si los modelos se basan en relaciones fundamentales, existe una conexión poco clara entre su coeficiente de transporte y la dinámica molecular. Los modelos microscópicos pueden modelar varios fenómenos con extrema precisión, que tuvieron lugar en tamaños atómicos o moleculares. Sin embargo, se necesita mucho tiempo de cálculo para crear un vínculo entre la microescala y la macroescala. Por tanto, la forma de vincularlos no es directa y se estudia con detalle en este trabajo.
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