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there is generally low electrostatic polarity and a lack of very reactive groups at the surface so adsorption tends to be minimised. This means that diamond electrodes can preserve their activity for longer when in rather hostile solutions. This has been shown to be the case in a number of studies that have examined the activity of diamond electrodes in comparison with glassy carbon in solutions that bring about fouling, such as bovine serum albumin [6]. Typical results are shown in Figure 17.3. Whereas the glassy carbon electrode exhibits signi cant poisoning, making quanti cation of a sensor response quite dif cult, this is not the case for the diamond electrode, which is scarcely affected by the presence of the adsorbing species. A general problem with many carbon electrodes is that the oxygen functionalities and microstructure can be quite variable, and complicated preconditioning routines are often used. As a result, reproducibility tends to be poor and the electrode performance can change quite markedly during use due, for example, to changes in the oxygen functional groups that are present. One of the striking features of diamond electrodes is the high degree of reproducibility that they exhibit without the need to resort to complicated activation routines. Finally, the robustness of the material can also be exploited. This has been demonstrated nicely in studies on the use of power ultrasound in electrochemical studies of diamond. Ultrasound is employed in electrochemistry since cavitational processes serve both to enhance mass transport to the electrode surface, thus enhancing sensitivity, and to prevent the build up of adsorbed layers. Unfortunately at the power densities required, many electrode materials are eroded away. Diamond, in contrast, is unaffected and so is the material of choice for this electrochemical application.

degree that pieces of the middle crust are exposed (Snow & Wernicke, 2000). One of the most enigmatic characteristics of the Basin and Range Province involves local relationships between large-scale extension in the upper crust and the distribution of strain in the lower part of the crust. Some studies have shown that despite highly variable patterns of upper crustal strain, local crustal thickness appears to be surprisingly uniform (Gans, 1987; Hauser et al., 1987; Jones & Phinney, 1998). This result implies that large strains have been compensated at depth by lateral ow in a weak lower crust, which acted to smooth out any Moho topography (Section 7.6.3). Park & Wernicke (2003) used magnetotelluric data to show that this lateral ow and attening out of the Moho in the

There is a difference between a major and a minor nding. A minor nding is, for example, that one signature is missing on a document, or any other one-time occurrence of little consequence. A major nding is a serious deviation from the standard and would be, for example, that signatures are missing from all the documents, parts of the QMS are missing, or any other item that has an impact on the quality. The ndings or discrepancies from the standards are usually called objective evidence. These fndings must be factual, and based on observations, measurements, or veri ed tests. They must be acknowledged by the auditee at the time they are found. The objective evidence may be reported in different ways. This may involve a report for each nding, completed during the audit, and/or a nal report prepared after the audit. An ISO approach is to have a form that is completed for each nding. The form should include identi cation of the auditor, the audited company, the date, and which standard was used. Reference is usually made to the clause for the particular nonconformity. There is room for a brief factual statement of the ndings, to be signed by the auditee. Details of agreed corrective actions must be completed by the auditee, and the form should also have room for review of the corrections by the auditor. The form is useful, but parts of it may be omitted in the case of a second-party audit.

your cursor where you d like the selected data column to appear, and click Insert. As with the drag and drop method, any selected text or element will be replaced by the inserted data column.

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Figure 18.33 Diamond acceleration sensor including a seismic mass and piezoresistive sensor elements. The silicon was etched by wet etching [9]. Reprinted with permission from Diamond and Related Materials, Diamond MEMS- a new emerging technology by E. Kohn, P. Gluche and M. Adamschik, 8, 2 5, Copyright (1999) Elsevier

Figure 9-9: Use break tags to wrap your lines without the additional line spacing brought about by <p> tags.