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paranoid), eight basic personality patterns (schizoid, avoidant, dependent, histrionic, narcissistic, antisocial, compulsive, and passive-aggressive), and two correctional scales of denial versus complaint The instrument identifies or calculates whether a patient is or is not a member of a diagnostic entity Each scale is composed of a number of items The raw score is transformed into base rate scores, and a conversion is determined by known prevalence data and by using cutting lines designed to maximize correct classification The MCMI-I uses an item overlap keying for theoretical, practical, and empirical reasons Because it is based on Millon s theory on psychopathology, you might expect that the avoidant and the dependent personalities share some common basic features, a finding gauged by empirical covariations By using item overlap, the number of items in the 20-scale inventory could be kept to a minimum.

To check for translation problems, we carried out a study of two different versions in the field pretest phase (Simonsen & Mortensen, 1990) Two versions of the Danish translation of the MCMI were given randomly to subjects in a population survey study Both versions were translated back to English The item endorsement frequencies were compared by chi-square tests for all items Those items with a significant group difference with p values of less than 01 were analyzed further for their impact on scales scores Point biserial correlations between the item and the total scale score were calculated Altogether, six items were used in significantly different ways To illustrate the kind of problems that different, but still very close, translations have on scale homogeneity and scale scores, three examples are provided Table 211 shows the back translations of the two Danish versions of item 10.

Neither translation agrees very well with the original English text, and it is noteworthy that considerably more Danes consider themselves satisfied with being a rank-and-file member than being led by others According to the scoring instructions, the item should correlate positively with all four subscales, and these results indicate that neither of the two Danish versions performs ideally None of the point biserial correlations are negative Either items with substantial negative item-total correlations should be dropped from the scale, or the scoring should be reversed Items with point correlations close to zero will introduce noise into the measurement and should also be dropped from the scale In this particular example, neither of the two versions seems close to the original English version; therefore, we might try an improved translation If a new translation does not work better, the best solution may be to construct a new Danish item from scratch..

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However, most so-called projective tests have some clearly de ned as well as ambiguous aspects and include speci c as well as vague instructions (a violin is a violin, and What will happen to him is a precise request for information) Accordingly, instead of being labeled projective measures, these relatively unstructured assessment instru-.

In RF ESD design, there are many RF metrics of interest. The metrics are important to understand the language and concerns of RF designers. Additionally, from an ESD perspective these RF metrics are important to understand the ESD failure mechanisms, and how they manifest themselves in RF semiconductor components and products.

Figure 8-8

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10.5.4 Reactive transport modeling Increasing computational power is now making it possible to combine geochemical reaction modeling with realistic simulations of solute transport: reactive transport modeling (RTM) (Appelo and Postma 1993; Walter et al. 1994a,b; Parkhurst and Appelo 1999). The earliest RTM initiatives involved coupling equilibrium geochemical models to two-dimensional groundwater ow models. This approach necessitates assuming that geochemical reactions are everywhere in equilibrium. While this may be justi able in cases where groundwater ow is slow and mineral dissolution/precipitation reactions are rapid (cf. Section 4.4.2), in other situations this so-called local equilibrium assumption may well be violated. However, the development of nonequilibrium reactive transport models, though viable, remains an area of active research (e.g. Molins et al. 2004), which has yet to become routine practice in the investigation of real-world problems.