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  Brownlee, K. A. (1960, 2nd ed. 1965)
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  Brownlee, K. A. (1960, 2nd ed. 1965)
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  \emph{Statistical Theory and Methodology in Science and Engineering}.
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  \emph{Statistical Theory and Methodology in Science and Engineering}.
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  New York: Wiley. pp. 491--500.
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  New York: Wiley. pp. 491--500.
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}
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}
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\details{
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\details{
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  ``Obtained from 21 days of operation of a plant for the oxidation
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  \dQuote{Obtained from 21 days of operation of a plant for the
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  of ammonia (NH\eqn{_3}{3}) to nitric acid (HNO\eqn{_3}{3}).
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    oxidation of ammonia (NH\eqn{_3}{3}) to nitric acid
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  The nitric oxides produced are absorbed in a countercurrent absorption
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    (HNO\eqn{_3}{3}).  The nitric oxides produced are absorbed in a
- 
 
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    countercurrent absorption tower}.
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  tower.''  (Brownlee, cited by Dodge, slightly reformatted by MM.)
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  (Brownlee, cited by Dodge, slightly reformatted by MM.)
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  \code{Air Flow} represents the rate of operation of the plant.
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  \code{Air Flow} represents the rate of operation of the plant.
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  \code{Water Temp} is the temperature of cooling water circulated
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  \code{Water Temp} is the temperature of cooling water circulated
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  through coils in the absorption tower.
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  through coils in the absorption tower.
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  \code{Acid Conc.} is the concentration of the acid circulating, minus
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  \code{Acid Conc.} is the concentration of the acid circulating, minus