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You can create custom properties. You create custom properties to automatically insert text in your title block, using AutoCAD s field feature. After you create these properties, they become fields that you can insert. (See Inserting Fields in 13 for a discussion of fields.) A custom property can apply to a sheet set or an individual sheet. Common sheet-set custom properties are client name, project name, or project address. A typical sheet custom property would be the drawer s or proofer s initials, if more than one person works on the sheets in the sheet set. To add custom properties, click the Edit Custom Properties button. In the Custom Properties dialog box, click Add. Then enter a name and a default value, and choose whether the property is for a sheet or a sheet set. (Adding a default value helps you test the fields when you set up your title block.) Click OK. Continue to click Add and define custom properties. When you re done, click OK to return to the Sheet Set Properties dialog box.

Thailand. School-based weight control programme. USA. Native Americans. Pathways school-based interventions on nutrition and physical activity. US Mexico border. Elementary school-based cardiovascular health programme for low-income Spanish speakers.

trials (see below) that the link between a single-laboratory prevalidation step and the collaborative trial is emphasized Separate guidelines for single-laboratory validation of methods of analysis have recently been published by the IUPAC, ISO, and AOAC International [4] The IUPAC guidelines have also been considered and accepted by the CCMAS [77] In addition, speci c, individual working groups or scientists are presenting their own framework for pre-, single-laboratory validation of methods of analysis The latter do not concern of cial, published guidelines but can be found on the Internet [see, eg, 58, 85] or are distributed through national or international speci c working groups The objectives of a single-laboratory or in-house validation process are depicted in Figure 9 Depending on the type of method (Table 4), data can be obtained for all criteria except for the reproducibility (interlaboratory) precision.

Notice that the start row counts from zero, so 1 is actually the second row (mary).

For those readers who have experienced some general relativity, this chapter outlines the construction of cosmological models using relativity. As far as we are presently aware, general relativity gives an excellent description of gravitational physics and is normally considered the correct setting for discussing cosmological models. An important idea is the metric of space-time, which describes the physical distance between points, and the metric is important both for correctly interpretting the geometry of the Universe and to fully understand ideas of luminosities and distances in cosmology. Those are discussed further in Advanced Topic 2, and play an important role in evidence for the cosmological constant as discussed in 7. This chapter will also outline the derivation of the crucial Friedmann and fluid equations using general relativity, giving rise to the same equations as derived using Newtonian techniques in 3.

However, it is this among-laboratories variability or reproducibility which is the dominating error component in analytical measurement and which underlies the need for interlaboratory validation [106] Interlaboratory or collaborative validation studies can be organized by any laboratory, institute, or organization but should preferably be conducted according to one of the following recognized protocols: (1) ISO 5725 on Accuracy (Trueness and Precision) of Measurement Methods and Results [68] or (2) IUPAC Protocol for the Design, Conduct and Interpretation of Method-Performance Studies [63] The latter revised, harmonized guidelines have been adopted also by AOAC International as the guidelines for the AOAC Of cial Methods Program [62] The main requirements for collaborative studies outlined in these guidelines are shown in Figure 9 Precision plays a central role in collaborative studies.

Figure 15.2 Generic telemedicine communication chain. Without images, a T1 line is suf cient for most applications.

as a block using the PASTEBLOCK command; right-click and choose Paste as Block. If you want to paste the objects in another drawing, open that drawing. Choose Paste from Clipboard on the Standard toolbar. The command line prompts you for an insertion point.

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