Design Wilson analyses

Experiments that will be used to estimate the behavior of a system should not be chosen in a whimsical or unplanned way, but rather, should be carefully designed with a view toward achieving a valid approximation to a region of the true response surface [Cochran and Cox (1950), Youden (1951), Wilson (1952), Mandel (1964), Fisher (1971)]. In the next several chapters, many of the important concepts of the design and analysis of experiments are introduced at an elementary level for the single-factor single-response case. In later chapters, these concepts will be generalized to multifactor, multiresponse systems. 

Other design strategies have to be applied in Free Wilson analysis [390, 649]. While in Hansch analysis structural modification is sometimes restricted to only one... 

Application of Free-Wilson Selectivity Analysis for Combinatorial Library Design... 

Boiling liquids, heat-transfer coefficients for, 597 Bonds, interest rate on, 248-249 Book value definition of 277 in replacement analysis, 332 Box-Wilson design, 766, 769 Break-even chart, 155-156... 

Three different methods have been designed to quantitatively study structural volume defects. The integral breadth method, based on the theoretical considerations we discussed in Chapter 5, was introduced in 1918 by Scherrer [SCH 18] and generalized by Stokes and Wilson [STO 42], among others. Later on, Toumarie [TOU 56a, TOU 56b] followed by Wilson [WIL 62b, WIL 63] suggested a different analysis based on the variance of the intensity distribution. We described how Bertaut [BER 49] showed in 1949 that the Fourier series decomposition of the peak profile makes it possible to obtain the mean value and the distribution of the different effects that cause the increase in peak width. This method was further elaborated by Warren and Averbach [WAR 50, WAR 55, WAR 69]. 

Michael Wilson and Pat McClure of the Los Alamos National Laboratory s D-5, Nuclear Design and Risk Analysis Group, who are leading the world in risk analysis and also providing key support in and beyond the United States for security and nuclear power safety. 

While these instrument designs may appear most suitable for laboratory analysis, some manufacturers have proposed apparatus suitable for real-time online process monitoring. It is the case for spatially resolved spectroscopy. A very good review on the topic on pharmaceutical applications to the separation of absorption and scattering was written by Shi and Anderson [34]. A comprehensive review of those techniques and applications in tissue optics can be found in a review by Wilson [35]. 

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