The Method of Elimination

IB I/IAI, where Bi is the determinant obtained from A by replacing its /cth column by Z i, ho,, h . This techniqiie is called Cramer s rule. It requires more labor than the method of elimination and should not be used for computations. 

The method of eliminating the influence of atomic absorption in FT infra-red spectroscopy has been described which involves an attenuation technique.117... 

AltshuUer evaluated oxidant results from throughout the United States. camp concentration data were analyzed for 8 or more years of measurements available for the period 1964-1973. Tables 4-11 and 4-12 summarize the measurements. Data from 2 yr were rejected, because the method of eliminating sulfur dioxide interference was not in operation. Inter-... 

Elucidation of the phenomenon of TPF by studies of extraction mechanism and structure of metal complexes in the liquid phase and the mesoscopic features of the third-phases formed. Finally, the method of eliminating TPF is to be pursued. 

The methods of eliminating the effect of gravity on the form of the surfaces were two Plateau used soap films, which are practically weightless and he suspended masses of olive oil in a mixture of alcohol and water of practically the same density. By the latter device, spheres many centimetres in diameter were obtained. 

An alternative indirect but efficient method for the bromination of all three groups of tri(primary alkyl)boranes involves initial reaction with mercury(n) acetate followed by in situ bromination. Alkenyldialkylboianes react with bromine to give bromoalkenes via an addition-elimination mechanism. The method of elimination controls the stereochemistry of the product bromoalkenes (Scheme 1). For reasons which are not clear, exactly opposite stereochemical results are obtained from (aryl-ethenyl)dialkylboranes as compared with (alkylethenyl)dialkylbotanes (Scheme 1). ... 

An expansion in (E — V)/2me2 is the basis of the method of elimination of the small component, which in its classical version is only of limited use because the expansion... 

A. A radioactive material must be eliminated from the body to remove its hazard. Detoxification, which is effective against chemical hazards, will not be effective since radioactivity is not modified by chemical changes. The methods of elimination include renal excretion for most soluble materials, elimination in the feces for materials that are retained in the gut or which can be secreted in the bile, and exhalation for volatile materials and gases. Chelating agents, e.g., calcium or zinc DTPA (diethylenetriamine pentaacetic acid), if administered soon after exposure, are effective in enhancing the elimination of certain radioisotopes. These materials are not very effective for radioisotopes that have been incorporated and fixed in organs and tissues, e.g., bone. 

In Chapter 3, we discussed the use of the method of substitution and the method of elimination to solve the linear inhomogeneous set of two simultaneous equations ... 

This is a systematic procedure for carrying out the method of elimination. It is very similar to the Gauss-Jordan method for finding the inverse of a matrix, described in Chapter 9. If the set of equations is written in the vector form... 

The procedure that was used to arrive at the solutions in Example 3.23 and Example 3.24 is called the Method of Elimination. 

As expected, the overview of the existing photodetector types shows that none can satisfy in full the requirements listed in Table 1.2. Therefore, we proceed by the method of elimination. 

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