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Consecutive reactions in batch reactor
  Solves numerically and plots the kinetics of given consecutive reactions in a batch reactor
2025.Apr.04 00:42:07
tf, h h (both)† Final reaction time and step size (T). •
k1, k2 m3⁄(mol.h) Rate constants. •
y0 (mol/m3) Initial (at time zero) concentrations.
Show values ? Shows the graph coordinates.
  Solves a model of the kinetic behaviour of a system of consecutive reactions, R1, R2, in a batch reactor at constant volume, numerically, via a 4.th order Runge-Kutta method, and plots the four concentrations vs. time.
  Suggestions Vary: reaction time (to find steady state), step size; rate values; initial concentrations (eg., 30, 2, 10, 8).
References: Plate: Nauman22

• Nauman, E. B., 1987, "Chemical reactor design", John Wiley & Sons, Inc., New York, NY (ISBN 0-471-84580-9, Exa. 2.2, p 28).

• "The NIST Reference on constants, units, and uncertainty". (†Units outside the SI: hour, h; minute, min).

• 1777-04-30: Gauss, Johann Carl Friedrich (1855-02-23).

 
 
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Created: 2005-05-01 — Last modified: 2017-06-03