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Protection strategy factors

Side reactions in SPPS can still occur even though global protection strategies are used. These side reactions can be residue- or sequence-specific and their intervention depends upon many factors. [Pg.34]

Section 3.1 discusses key factors a company may consider in the development of their fire protection strategy. Section 3.2 discusses how to develop a fire protection strategy. Section 3.3 discusses the need for integration with other facility management systems and Section 3.4 outlines the need for fire protection through the lifecycle of the facility. [Pg.11]

Key factors that should be reviewed by a company in determining their fire protection strategy are discussed in this section. These factors will assist company... [Pg.11]

These factors can be highly interrelated and should not be considered individually. Figure 3-2 illustrates key factors of a fire protection strategy that will be discussed in this guideline. [Pg.13]

Corrosion tests are intended to identify materials that provide adequate corrosion performance and service life at a low materials cost. To ensure this, as noted earlier, corrosionists evaluate the performance of materials, the effectiveness of protection strategies (coatings, inhibitors, cathodic protection), and the mechanism and kinetics of corrosion processes in specific environments in service tests, pilot plant tests, and laboratory tests. Increasingly, materials costs are being evaluated in the context of component or structure service life. In this way, factors such as maintenance, repairs, replacement, rehabilitation, process downtime, and interest rates are added into the cost of providing adequate corrosion performance over the service life of the component or structure. Finding or producing the necessary data from corrosion tests for such... [Pg.52]

Specific protective strategies can be determined from the various potential cause factors associated with the specific software anomalous behaviours. These protective strategies can include architectural mechanisms in hardware or software and/or specific verification activities as part of a safety directed development (see ARP4754). [Pg.171]


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See also in sourсe #XX -- [ Pg.11 , Pg.12 , Pg.13 , Pg.14 , Pg.15 , Pg.16 , Pg.17 , Pg.18 , Pg.19 ]




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