Detection system-dependent test

ANTIBODY AND DETECTION SYSTEM -DEPENDENT TEST BATTERY... 

Admitting that endogenous synthesis in the control mixtures is negligible or can be adequately suppressed, the difference in response of test and control samples toward the final detection system (Section 4) should be such that it is exclusively due to the bile pigment conjugate synthesized in the test incubation mixture. The latter requirement depends, to some extent, on the final assay procedure adopted (Section 4). 

Carlos and co-workers [51,52] have also used these devices to detect spin-dependent effects in the photocurrent and an optical quenching of the forward bias EDMR signal. The SQWs have thus been used to study a number of interesting effects and as test samples toward obtaining a better understanding of the EDMR processes that will be transferable to other materials systems. 

When the operator suspects the presence of an aliased signal, the testing procedure for such aliasing also depends on the type of quadrature detection being used. For either type of quadrature phase detection system, the sw parameter can be significantly increased. The position of the putative aliased resonance then changes in relation to the rest of the signals. 

Within certain limits, the majority of operational variables do not determine the results of gel chromatographic separations in a decisive way. Nevertheless, it is advisable to test all variables for each particular system and application in order to obtain optimal and reproducible data. The most common operational variables in gel chromatography are the volume, Uj, and the concentration, C, of the sample applied, both influencing the retention volumes and the separation efficiency. In analytical separations, it is necessary to work with the lowest v, and C allowed by the particular detection system (cf., section 4.6.3.6). The allowed sample volume depends primarily on the volume of the column and is usually several millilitres in the case of... 

Existing liquid scintillator detectors constructed about 50 m.w.e. (20 m of rock) below the surface could detect 1 kt tests a few kilometers from a source and therefore could be useful for the first two applications. The utility of such a detector ultimately depends on trade-offs between cost and the desire by states for a non-intrusive local nuclear monitoring system. 

Testing of Safety-Critical Systems - a Structural Approach to Test Case Design 201 Table 7. Failure detection potential depending on test technique for BVA example - part 2... 

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