51_Example_1_mw

51_Example_1_mw - O O O O O O O O O O O O O O O O O O O O O...

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Unformatted text preview: O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O KaRE TExT Unit 51, Example 1 restart : Steady state solution in mol, m, min cal and K R d 1.987 : pi d 3.1417 : diam d 0.1 : L d 5.0 : T0 d 30.0 C 273.15 : Tinitial d 25.0 C 273.15 : cAin d 1.0 $ 1000 : cBin d 1.2 $ 1000 : vFlow d 75 1000 : nAin d cAin $ vFlow : nBin d cBin $ vFlow : dH d K 10700 : cP d 1.0 : dens d 10 6 : k0 d 8.72 $ 10 5 1000. : E d 7200 : Enter the rate expression and the design equations (a lower case t preceeds each of the variables to denote it as the transient solution) r d k0 $ exp K E R $ tT z , t $ tnA z , t vFlow $ tnB z , t vFlow : tbalA d v v z tnA z , t = K pi $ diam 2 4 $ r K pi $ diam 2 4 $ vFlow $ v v t tnA z , t : tbalB d v v z tnB z , t = K pi $ diam 2 4 $ r K pi $ diam 2 4 $ vFlow $ v v t tnB z , t : tbalY d v v z tnY z , t = pi $ diam 2 4 $ r K pi $ diam 2 4 $ vFlow $ v v t tnY z , t : tbalZ d v v z tnZ z , t = pi $ diam 2 4 $ r K pi $ diam 2 4 $ vFlow $ v v...
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51_Example_1_mw - O O O O O O O O O O O O O O O O O O O O O...

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