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XA= 0.8

A=  2

n= 1

1-XA= 0.2 absis

Mixed Flow Reactor Performance

m= 10.4

Pl! Flow Reactor Performance

XA

0 1

0.2 1."#

0.4 $

0.% #.#

0.8 1$

&= $.2%%%%%%%%"

$.18$%"$4%'4 ordinat

(1) * +(1 * _ _ ^ −_ ^

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PFR , MFR Mlti&le Reactor First/A0= 100 mol+liter

/A= # mol+liter

= 1 ml Reactor

1-XA= 0.0# AbsisMixed Flow Reactor Performance

m= =k 1'

Pl! Flow Reactor Performance

&=k 2.''#"$2

%.$42$#% rdinat

PFR , MFR Mlti&le Reactor eco/A0= 100 mol+liter

= 1 r

3= 0.0# liter+mol.r

Mixed Flow Reactor Performance

1 100 $#.82#"% 0.$#82#"% # 1."'128"8 2."'12'2 $#.82#"% 18.#"4"$ 0.18#"4"$ 2$.%0012 4.$8$%#8% #.$8$%%

$ 18.#"4"$ 11."1$'$ 0.11"1$'$ %4.$40'2 ".#$%84"# 8.#$%8#

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# 8.28$28# %.2''2## 0.0%2''2# 2$%.1$"4 14.8"48'4 1#.8"4'

% %.2''2## #.0$2801 0.0#0$28 $"4.'$$4 18.8%'%#$ 1'.8%'"

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8 4.1%#$1 $.#$'0%2 0.0$#$'0% ""0.14'% 2".2#%0"4 28.2#%1

' $.#$'0%2 $.0%8$$ 0.0$0%8$$ 102'.#84 $1.#'1021 $2.#'1

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d rder

Pl! Flow Reactor Performance

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