Results and assessment

The A and B Monel alloys, supplied for the study by the electrical utility company, Ontario Hydro, were first characterized metallographically in this laboratory to ensure that each had the same metallurgical properties as. specimens studied in the past by Ontario Hydro corrosion engineers. 

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Problems associated with interpretation of the results and assessing their significance are common... 

Days 2 and 3 Check culture results, and assess clinical response to therapy temperature, WBCs, chest x-ray, oxygenation, purulent sputum, hemodynamic changes, and organ function. 

Szabo, B., Results and assessment of uranium-series dating of vertebrate fossils from Quaternary alluviums in Colorado, Arctic and Alpine Res., J2, 95-100 (1980). 

Dekant W, VoUcel W (2008) Human exposure to bisphenol A by biomonitoring methods, results and assessment of environmental exposures. Toxicol Appl Pharmacol 228 114—134... 

In addition, for level 2 change, no additional bioequivalence study is required if the proposed alteration matches with the situation for cases A, B, and C. However, if there is any deviation, then documentation containing the results and assessment of a new bioequivalence and/or bioavailability study [if proper in vitro/in vivo correlation (ivivc) has not been established] should be submitted as per the conditions mentioned in the level 3 alteration. 

Last, but not least, there is always the need for interpretation of results and assessment of outcomes, particularly now that tandem mass spectrometry is increasingly embedded in newborn screening. This laboratory guide serves the expertise upon which interpretation depends. Accordingly, the correct use of a laboratory guide is certain to be multidisciplinary, and at the end of the inquiry and analysis, one will know better why this person has this disease, now. 

We have every reason to consider the estimation of measurement uncertainty in an analytical procedure followed by the judgement of compliance with a target uncertainty value as a kind of validation. This is in full agreement with ISO 17025 that points to several ways of validation, among them systematic assessment of the factors influencing the result and assessment of the uncertainty of the results... [31]. In line with this is also a statistical modelling approach to the validation process that has recently been developed and exemplified as applied to in-house [32] and interlaboratory [33] validation studies. 

In Section II, the basic formalism of the line integral method is described. In particular, we discuss the choice of integration path employed in the present work. In Section III, numerical results are presented for a few terms of the He-, Li- and Be-isoelectronic series. Finally, in Section IV we discuss the numerical results and assess their accuracy with respect to the exact values. The latter are obtained in the context of the Local Scaling Transformation (LST) DFT formalism. 

Kim S, Kim J, and Mudawar I 2012 Flow condensation in parallel micro-channels-Part I experimental results and assessment of pressure drop correlations, Int. J. Heat Mass Transfer, 55, pp. 971-983. 

Kim S and Mudawar I 2013b Universal approach to predicting saturated flow boiling heat transfer in mini/micro-channels-Part I. Dryout incipience quahty. Int. J. Heat Mass Transfer, 64, pp. 1226-1238. Kim S, Kim J, and Mudawar I 2012 Flow condensation in parallel micro-channels-Part I experimental results and assessment of pressure drop correlations. Int. J. Heat Mass Transfer, 55, pp. 971-983. Lee J and Mudawar I 2005 Two phase flow in high heat flux micro channel heat sink for refrigeration cooling apphcations Part E-heat transfer characteristics. Int. J. Heat Mass Transfer, 48, pp. 941-955. Lee J and Mudawar 12009 Critical heat flux for sub-cooled flow bofling in micro-channel heat sinks. Int. J. Heat Mass Transfer, 52, pp. 3341-3352. 

Once the life-cycle inventory has been quantified, we can attempt to characterize and assess the eflfects of the environmental emissions in a life-cycle impact analysis. While the life-cycle inventory can, in principle at least, be readily assessed, the resulting impact is far from straightforward to assess. Environmental impacts are usually not directly comparable. For example, how do we compare the production of a kilogram of heavy metal sludge waste with the production of a ton of contaminated aqueous waste A comparision of two life cycles is required to pick the preferred life cycle. 

The National system of accreditation gives much attention to the training and qualification of NDT personnel. Significant subjective component, such as training and qualification of personnel, is present in NDT implementation and assessment of its results, thus all specialists carrying out NDT must be certified in compliance with CTBEH 473. 

The Chauvenet tables relate the number of measurements to p values and assess the probability that the unusual value may be real or may be ignored. In the present example, the tables show that p = 1.73 for 6 measurements. Since the calculated value (1.80) is greater than 1.73, the result may be rejected. 

In this method, photons of an energy well in excess of the ionization potential are directed onto a molecule. The photoelectron spectrum which results allows assessment of the energies of filled orbitals in the molecule, and thus provides a characterization of a molecule. Comparisons between photoelectron spectra of related compounds give structural information, for example, on the tautomeric structure of a compound by comparison of its spectrum with those of models of each of the fixed forms. 

There is a need for interaction and assessment of different activities or processes to overcome any shortcomings by improving or readjusting the system of working, operation or controls, to achieve a better work culture and an understanding and respect for all in the system. When followed, this will result in the following ... 

Risk assessment is the subsequent process of taking risk analysis results and answering a fourth question ... 

Due to its nature, random error cannot be eliminated by calibration. Hence, the only way to deal with it is to assess its probable value and present this measurement inaccuracy with the measurement result. This requires a basic statistical manipulation of the normal distribution, as the random error is normally close to the normal distribution. Figure 12.10 shows a frequency histogram of a repeated measurement and the normal distribution f(x) based on the sample mean and variance. The total area under the curve represents the probability of all possible measured results and thus has the value of unity. 

Hoemke, P. Experience in Germany with Reliability Data Assessment, Results and Current Problems. Paper II.B.2, ANS/ENS Topical Meeting on PRA, September, 1981. 

The details of the specific features of the heat transfer coefficient, and pressure drop estimation have been covered throughout the previous chapters. The objective of this chapter is to summarize important theoretical solutions, results of numerical calculations and experimental correlations that are common in micro-channel devices. These results are assessed from the practical point of view so that they provide a sound basis and guidelines for the evaluation of heat transfer and pressure drop characteristics of single-phase gas-liquid and steam-liquid flows. 

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