rdlc data matrix

rdlc data matrix

rdlc data matrix

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refers to a situation in which an organization fundamentally and radically redesigns its business process to achieve dramatic improvements (Hammer and Champy, 1993). Such redesign effects a major innovation in an organization s structure and the way it conducts its business. If done on a smaller scale than corporatewide, the redesign process may be referred to as a restructuring (see ElSawy, 2001). Technological, human, and organizational dimensions of a rm may all be changed in restructuring and BPR (see 8). Information technology plays a major role in restructuring. It provides automation; it allows business to be conducted in different locations; it provides exibility in manufacturing; it permits quicker delivery to customers; it creates or facilitates new business models; and it supports rapid and paperless transactions among suppliers, manufacturers, and retailers. The major areas in which IT supports restructuring are described in 9. A major response area is the trend to produce customized products and services. This strategy is referred to as build-to-order. As today s customers demand customized products and services, the business problem is how to provide customization and do it ef ciently. This can be done, in part, by changing manufacturing processes from mass production to mass customization (Anderson, 2002 and Pine and Gilmore, 1999; see also Appendix 2A in this book). In mass production, a company produces a large quantity of identical items. In mass customization, items are produced in a large quantity but are customized to t the desires of each customer. IT and EC are ideal facilitators of mass customization, for example, by enabling interactive communication between buyers and designers so that customers can quickly and correctly con gure the products they want. Also, electronic ordering reaches the production facility in minutes. For more on the relationship between IT and mass customization, see Appendix 2A.

171 7 2

The <logic:greaterEqual /> tag evaluates its body if the variable specified by any one of the attributes cookie, header, name, parameter, or property is greater than or equal to the constant value specified by the value attribute. The <logic:greaterEqual /> tag has a body type of JSP and supports seven attributes, described in Table 15.6.

The vapor phase from heated waste water often enriches the organic compound. This enriched vapor partly condenses at the membrane on the IRE. Additionally, the enrichment factor increases because of the lower temperature of the membrane. Therefore the head space method has mainly two advantages: first, protecting Lhe IRE from contamination and second, improving the detection limit. For instance, the large solubility of dichloromethane in water causes a relatively low enrichment factor of ca. 80 (PDMS, 30 C). As a result the detection limit for direct measurements of aqueous solutions with membrane covered IRE S is ca. 1.9.10 mol/L. Using the head space variant with heated aqueous sample (90 C) and cooled IRE (5 C) the detection limit is improved by a factor of 30 to 6.2 10 mol/L.

< xml version="1.0" standalone="yes" > <!DOCTYPE folks [ <!ELEMENT folks (person)*> <!ELEMENT person (name, phone, email)> <!ELEMENT name (#PCDATA | bold)*> <!ELEMENT phone (#PCDATA)> <!ELEMENT email (#PCDATA)> ]> <folks> <person> <name>Zaphod Beeblebrox</name> <phone>907 555-9882</phone> <email>outer@space.net</email> </person> </folks>

T1.27

Sources: Based on a SIM 2000 award-winning paper written by William L. Conley, Ali F. Farhoomand, and Pauline S.P. Ng, simnet.org/library/doc/2ndplace.doc. Courtesy of William Conley. Updated with information from fedex.com, accessed February 2003.

4.7.1.1.1 Solutions In order to investigate nucleic acids by vibrational spectroscopy, concentrations of 10-30 mg/ml are required. This apparently high figure is explained by a number of arguments. A high DNA concentration is commonly found in native systems (cell nuclei). Model investigations of short oligomers show that duplex conformations of helices, which tend to dissociate at a lower concentration, are stable at a high concentration. Only small amounts of DNA or RNA are required, since FTIR and Raman spectra may be obtained from a sample volume around 5 microliters. Solution spectra may be recorded either in H20 or in D20 solution. Due to the H 4 D isotopic shift, several distinct windows can be used to detect the spectrum of a nucleic acid in solution. These are discussed in detail in a different section (Sec. 4.7.1.2). Dilute solutions (0.02 M for nucleotides) are successfully studied by FTIR, particularly in the spectral region between 2000 and 1300 cm- I . To this end, D20 solutions and cells with a path length of 10-20 pm are used. 4.7.1.1.2 Films and fibers