Self observations sampling process

As to posting the data, many of a company s considerations with peer observation data pertain also to the self-observation process. The data should be posted in the respective group s or crew s work area for review only and updated weekly. The applicable safety representative incorporates discussion of trends in the current data, analyzes specific behaviors that are getting many no s, and helps determine when changes or new behavior items should be incorporated on the index. If the scores begin to achieve 90 to 100 percent safe for five or six samplings, this usually indicates that the behaviors listed have started to get to a high and steady rate. It would make sense at this point to develop a new index with safety behaviors that help address new concerns that arise in the increased awareness stimulated by the... 

Abstract. I present preliminary results for a sample of 700 red giants in u> Cen, observed during the Ital-FLAMES Consortium GTO time in May 2003, for the Bologna Project on u Cen. Preliminary Fe and Ca abundances confirm previous results while the metal-poor and intermediate populations show a normal halo o-enhancement of [a/Fe] +0.3, the most metal-rich stars show a significantly lower [a/Fe] +0.1. If the metal-rich stars have evolved within the cluster in a process of self-enrichment, the only way to lower their a-enhancement would be SNe type la intervention. 

Gathering audit data can be accomplished through observations, documents, and interviews. The data obtained is used to verify and validate that the process safety management systems are implemented and functioning as designed. Data gathering can be aided oy the use of audit samples, where a representative number of items are audited to draw a conclusion, and by using self-evaluation questionnaires. 

The spatial distribution of emitting species produced in the electron-hole recombination process is one of important reasons for a difference between the PL and EL spectra, and a characteristic determining the EL quantum efficiency. The self-absorption of the short-wavelength part of the fluorescence can be utilized for determining the spatial distribution of EL. The principle of the method, as discussed in Sec. 3.1 and used for photoexcited states in Sec. 3.2, has been adapted to the recombination radiation as follows [41] the unknown spatial distribution of the EL light intensity, if/ x) from a plate-shaped emitting sample, is related to the experimentally observed EL signal, El(Zo), by the expression... 

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