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n Username Enter the name by which the mail server knows you For example, if your e-mail address is chris@linuxtoysnet, your username to the maillinuxtoysnet server might simply be chris However, it s possible that your username on the mail server might be different, so you should find that out from the administrator of your mail server n Account title Enter the name that you want to call this mail account so you can refer to it later in your list of mail and news group accounts n Authentication type Indicate the type of authentication to use when you get your mail (sometimes authentication is needed to send your mail as well) Password authentication is normal Usually you can have your e-mail client remember your password if you want Typically, you are prompted for the password the first time you connect to get your mail.

That was most of the basic information you need to start getting and sending e-mail However, you may want to further tune how your e-mail client interacts when it gets and sends e-mail..

Power and Sharda (1997) proposed a framework in which the Internet capabilities are shown to provide information for strategic decisions According to the framework, shown in Figure 32, the external information required (upper left) and the methods of acquiring information (upper right) can be supported by Internet tools for communication, searching, browsing and information retrieval Power and Sharda emphasize the search capability of the various tools of the Internet Using these tools an organization can implement speci c search strategies, as illustrated in A Closer Look 31..

more dif cult Solids must be in the form of thin foils or deposits on thin backing material Typical backing materials are carbon, aluminum, beryllium, and titanium The typical measure of thickness of accelerator targets is in units of areal density (mass/unit area, ie, mg/cm2) The thickness expressed in units of areal density (mg/cm2) is the linear thickness (cm) multiplied by the density (mg/cm3) One can weigh very thin samples and determine their area and thus their areal density Typical thicknesses of accelerator targets are 01 5 mg/cm2 but depend, of course, on the rate of energy loss of the irradiating ion in passing through the target material Target backings are frequently 10 100 mg/cm2 Such thicknesses qualify as being thin, that is, easily breakable and require special preparation techniques.

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Because of the high rate of energy loss of charged particles in matter, one must pay attention to cooling the targets or in some way dissipating the energy deposited in the target material as the beam nuclei pass through it For example, consider the irradiation of a 05-mg/cm2 208 Pb target by 450-MeV 86Kr ions Each Kr ion passing through the target deposits 81 MeV in the target If the Kr beam intensity is 1 particle-mA (624 1012 ions/s), then the rate of energy deposit in the target is 5 1013 MeV=s % 8:1 J=s If the foil has an area of 2 cm2, it would have a mass of 1 g The speci c heat of Pb is 0130 J/g/8C Thus, in the absence of any cooling, the temperature of the target would rise 818/s, and the foil would soon melt.

Since the foil will generally be in vacuum, without further intervention, it would only cool radiatively, which will not suf ce Heat transfer from such a foil can occur by clamping it to the front of a cooled block (remembering now that the entire beam energy will be dumped into the cooling block) Alternately, a jet of a light gas such as helium can be used to cool the backside of the foil or the particle beam can be spread over a larger area foil thus reducing the temperature increase Over the years, a number of specialized techniques have been developed for the preparation of accelerator targets These techniques are also used in the preparation of thin sources for counting, such as those used in a or b spectroscopy.

After obtaining the labeled starting material and carrying out the cyclization reaction, the second problem was to degrade the product (II) to reveal the position of the label. This was done by using the following steps: