Elements of
Chemical Reaction Engineering
6th Edition



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Essentials of
Chemical Reaction Engineering
Second Edition

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Chapter 16: Distributions of Residence Times for Chemical Reactors

The following examples can be accessed with Polymath™, MATLAB™, Python, or Wolfram CDF Player™.

Note: When downloading Python code files over Chrome browser, you may see a security warning. We assure you that these files are secure and you may keep them on your computer.

  1. LEP : Click here to view LEP Tutorials
  2. Polymath : Click here to view Polymath Tutorials
  3. Python : Click here to view Python Tutorials
  4. MATLAB : Click here to view MATLAB Tutorials
  5. Wolfram : Click here to download Wolfram CDF Player. You can run the CDF code, download Wolfram CDF Player for free. Click here to view Wolfram Tutorials
Living Example Problem Polymath Code MATLAB Code Python Code Wolfram CDF Code
Example 16-1 Calculating C(t) and E(t) Curves LEP-16-1.pol LEP-16-1.zip LEP-16-1.py --
Example 16-1: Regression tool to fit experimental C(t) vs t data and find the E(t) curve Complete Tutorial LEP-16-1_regression.zip LEP-16-1_regression.py ---
Example 16-2a Mean Residence Time Calculation and F(t) curve LEP-16-2a.pol LEP-16-2a.zip LEP-16-2a.py --
Example 16-2c Variance Calculation LEP-16-2c.pol LEP-16-2c.zip LEP-16-2c.py --
Example 16-2d Fraction of fluid that spends
between 3 and 6 minutes in the reaction		 LEP-16-2d.pol LEP-16-2d.zip LEP-16-2d.py --
Example 16-3 Comparing Second-Order Reaction Systems LEP-16-3.pol -- LEP-16-3.py LEP-16-3.cdf