Applicable Codes and Classification

The applicable codes and classifications for the overpressurization protection system are contained in Table 3,2-1. The applicable codes and classification for the secondary safety valves are identified in Section 10.3.2. 

H. The components of the shutdown cooling system are designed in accordance with the applicable codes and classifications discussed in Section 5.4.7.2.4. 

Only a few works have been performed on pattern recognition applications in Raman spectroscopy. This is probably due to the lack of suitable computer-readable spectra. Methods of coding and classification would be the same as used for infrared spectra. 

The lADC Drill Bits Subcommittee began work on a new classification method in 1985. It was determined from the outset that (1) a completely new approach was required, (2) the method must be simple enough to gain widespread acceptance and uniform application, yet provide sufficient detail to be useful, (3) emphasis should be placed on describing the form of the bit, i.e., paint a mental picture of the design , (4) no attempt should be made to describe the function of the bit, i.e., do not link the bit to a particular formation type or drilling technique since relatively little is certain yet about such factors for fixed cutter bits, (5) every bit should have a unique lADC code, and (6) the classification system should be so versatile that it will not be readily obsolete. 

The PDF version of the EMEA s Community Register lacks links to EPARs, but does include brand and nonproprietary names for each product, company and country of origin, anatomic/therapeutic classification codes, and indication keywords. It also contains presentation details (dosage form, strength), dates of application validation and opinion by the CHMP, and elapsed time (number of days) spent in review. 

Gonceptual design report has been prepared except chapters on I G, plant layout and civil structures. Various plant design data viz. plant life, design basis events, safety classification, seismic categorisation, applicable design and construction codes, computer codes, material data and site data have been compiled. 

The mechanical and facility design for mobile offshore units (MOUs) should conform to the applicable requirements of the flag State and classification society. The combination of appropriate and valid flag State certificates (e.g.. International Load Line Certificate, U. S. Coast Guard Certificate of Inspection, IMO MODI) code certificate, or International Oil Pollution Prevention Certificate) and classification society certificates generally provide substantial evidence of conformance with these requirements. 

Codes and standards applicable to SSCs shall be identified and their use shall be in accordance with their classification (see paras 6.12 and 6.13). In particular, if different codes and standards are used for different types of items (e.g. for piping and for electrical systems), consistency between them shall be demonstrated. 

Design to apply applicable codes/standards for environmental and hazard classifications e.g. NFPA 70... 

The safety principle and safety system design are described in Sects. 6.2 and 6.3, respectively. Then, the deterministic approach to the Super LWR safety is described in Sects. 6.4-6.7 these describe safety analysis methods, selection and classification of abnormal events, the criteria for safety analyses, and the results of safety analyses. In addition, development of a transient subcharmel analysis code and its application to the flow decreasing events are described in Sect. 6.8. Based on the safety system design and the deterministic safety analyses, level-1 probabilistic safety assessment (PSA), which is also called level-1 probabilistic risk assessment (PRA), is presented. 

Table 14-8A briefly identifies the key hazardous classifications established by the National Electrical Code, Articles 500-505. A more detailed copy of selected portions of the NEC is included in Tables 14-8B and 14-8B-1-4. Depending on the scope of any particular project, the engineer should examine the topics covered in the entire NEC for applicable requirements. 

FPN) The area classifications listed in Table 515-2 are based on the premise that the installation meets the applicable requirements of Elammable and Combustible Liquids Code, NFPA 30-1993 (ANSI), Chapter 5, in all respects. Should this not be the case, the authority havingjurisdiction has the authority to classify the extent of the classified space. 

Motors, electrical components, and electrical installations shall be suitable for the area classification (class, group, and division or zone) specified by the purchaser and shall meet the requirements of the applicable sections of lEC 60079 or NFPA 70, Articles 500, 501, 502, 504 and 505 as well as any local codes specified and furnished on request by the purchaser. 

The above metals are used in many industrial processes. Cadmium, for instance, is plated onto fabricated metal parts to provide corrosion resistance, lubricity and other desirable properties it is used in rechargeable batteries, television and fluorescent light phosphors, inorganic coloring agents for paint, plastic and printing ink, and as a catalyst. Applications of the metals listed above are detailed in Table 2-1, categorized by Standard Industrial Classification (SIC) codes. These industries are discussed further in Section 4.0. 

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