Mathematical Methods in Chemical Engineering, Volume 3 |
Contents
Types of Process Models | 6 |
The Laplace Transform | 46 |
Elements of Probability Theory | 149 |
Copyright | |
6 other sections not shown
Common terms and phrases
algorithm analysis application approach assume average becomes called Chapter chemical coefficients completely compute concentration consider constant continuous corresponding defined density depends determine difference differential equation discrete distribution effect elements equal error estimation evaluated example experimental experiments Figure finite flow fluid given important impulse independent initial input integral interval inverse k₁ limit linear linear system Markov mass mathematical matrix mean measurements method mixed moments nonlinear observations obtain output parameter estimation parameters particle possible present probability problem random variables reaction reactor realization relation represent Reprinted residence respect response sample sequence shown solution specific squares step stochastic Table tank techniques temperature theory tion tracer transfer function transform transition unit values variance vessel yields zero