Using brownian model to study the effect of temperature on diffusion coefficient

HIGHLIGHTS

• What: The aim is to analyze the relationship between temperature and diffusion coefficients. The authors investigate the temporal aspect by considering the impact of simulation duration on the observed diffusion coefficients. By employing this relationship in the study , the authors can quantitatively evaluate how factors such as time, the number of particles, and directionality influence the diffusion coefficient, providing a rigorous foundation for the research and insights into particle motion in the one-dimensional random walk model. In this model, the entity`s movement at each step is determined by random factors, making it a stochastic or . . .
  

   

  

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