Statement coverage

A-7 Test coverage of SAV structure (statement coverage) is achieved. o SAV Verification Results 11.14 ... 

Verification (procedures, results, coverage of low-level requirements, statement coverage, data coupling and control coupling)... 

Independence (statement coverage, decision coverage, data and control coupling, executable object code and source code complies with low-level requirements, high- and low-level requirements comphance, accuracy and consistency)... 

Statement coverage imphes that every code statement has been invoked at least once from requirements-based testing - aU data flows exercised at least once. 

Targets for the structural coverage metrics of the testing (such as 100% statement coverage and branch coverage) should be stated and justified in the verification plan. Any deviation from the targets stated in the plan should be justified and documented. 

Polymer journals are very plentiful and most of them are relatively broad in coverage. Examples - Polymer the international journal for the science and technology of polymers). Progress in Polymer Science and New Polymeric Materials. To repeat a statement made in Chapter 2 As late as I960, only four journals were devoted exclusively to polymers - two in English, one in German and one in Russian. Now, however, the field is saturated a survey in 1994 came up with 57 journal titles devoted to polymers that could be found in the Science Citation Index, and this does not include minor journals that were not cited. ... 

The term atomic layer is used here to indicate, in general, a layer of atoms on the surface, where all the atoms are in contact with the surface. The term atomic layer does not specify a coverage, just that the layer is no more then one atom thick, probably less then a ML, relative to the number of substrate surface atoms. There can be several structures formed at different coverages, all under a ML, but all are one atom thick, and all would correspond to an atomic layer. Thus a statement that an atomic layer was formed suggests only that no bulk atoms were deposited. Where as, the statement that a monolayer was formed suggests a coverage, dependent on the ML definition in use. 

Because the solution of optimization problems involves various features of mathematics, the formulation of an optimization problem must use mathematical expressions. Such expressions do not necessarily need to be very complex. Not all problems can be stated or analyzed quantitatively, but we will restrict our coverage to quantitative methods. From a practical viewpoint, it is important to mesh properly the problem statement with the anticipated solution technique. 

Heating of the sample by the radiation of the spectrometer was not mentioned this would almost certainly have raised the temperature of the gel in the beam to about 30 to 40° C. (146, 14 ), while the isotherms were obtained at 25° C. Any conclusions based on such obscure estimates of amounts adsorbed need to be treated with caution. Spectra taken at 0.6 and 1.3 coverage were interpreted as making it likely that capillary condensation begins before the completion of the first monolayer. While this may be correct, the data presented seem inadequate to substantiate this statement. 

We now have a procedure which allows us to make a statement about the value of p. with 95 per cent confidence, but we have to accept that such intervals will mislead us 5 per cent of the time. You may feel that this is too risky and instead request a 99 per cent confidence interval which will only mislead you 1 per cent of the time. That s fine, but the formula will change, and instead of using 1.96 to give 95 per cent coverage we will need to use 2.576 to give us 99 per cent coverage. The formula for the 99 per cent confidence interval is then ... 

Some statements referring to nonuniform surfaces are valid irrespective of the form of the distribution function of surface sites with respect to their AGa° values. Using the relative number of site, s, as an independent variable, we obtain the following expression (40) for the equilibrium surface coverage, 9 ... 

Second, at low coverages, the vibrational perturbation induced by adsorption on cationic sites located on different faces of the same microcrystal is primarily determined by the coordinative unsaturation of the cation (which in turn is a complex function of the structure of the face). This statement implies that the vibrational spectra of diatomic molecules adsorbed on low-surface-area materials (in which the crystallites exhibit only a few dominant faces) are usually characterized by the presence of a small number of narrow peaks—one for each exposed face. Therefore, vibrational spectra of adsorbed species provide morphological information that can be compared with information derived from HRTEM and SEM studies of the same microcrystals. 

We emphasize two natural limitations of the finite cluster model. It does not allow to make a statement about the dependence of essential parameters such as adsorption and transition energies on the level of surface coverage, and it does not account adequately for charge delocalization or surface relaxation phenomena. Further, it excludes by definition any information about the modification of the surface band structure as a consequence of the organic molecule adsorption. The following case study of 1-propanol on Si(001) - (2 x 1) is intended to clarify how these elements can be consistently incorporated into the description of the Si surface interaction with organic species. 

Even a child could glean from news media coverage that this was no expert report, but rather an accounting to the Court of what the expert had read and what he personally believed. According to his own claims made under oath - so we must believe him, until and unless he is proven false - the expert witness had read 5,000 to 7,000 statements of witnesses and found some two-thirds to be false. However, the expert fails to state his criteria for this examination, which presumably took no more than ten minutes per witness statement. Further, only the Court should be in a position to evaluate testimony, and only such testimony as was made before a Court, since after all the accused and his defense counsel must be able to question each witness and possibly to refute this testimony. 

Use of expanded uncertainty and coverage factor A report to a client contains a statement as follows ... 

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