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This chapter has provided a look at the physical architecture of blade server systems, how the components work together, and some of the benefits that blade systems architectures can offer. The next chapter extends this view to cover how blade technologies can be used to bring many of these benefits beyond servers to include user workstations through PC blades and thin client technology.

(Narita et al, 2007; Ikawa et al, 2006; Watanabe, 2004) First, the microobject (immunoglobulin in the case shown in Fig 91) is set on the surface of the azopolymers, which is then photoirradiated from above The surface of the azopolymer deforms in the presence of the immunoglobulin because the viscoelastic properties of azopolymer surfaces change during photoirradiation The deformation occurs such that it enfolds the immunoglobulin, and so the contact area between the surfaces of the immunoglobulin and the azopolymer increases This deformation mainly occurs through the photoplasticization of the azopolymer matrix owing to a trans cis trans isomerization cycle of the azobenzene moiety, as shown in Fig 92 The surface of the azopolymer glaciates again and maintains the deformed shape after ceasing the irradiation, as shown in Fig 91 (right-hand side).

introduction of HC1 into solution yields Cl~ ions) since it has no basic properties in this solvent The value of pHHS is given directly by the concentration of the dissolved strong acid cA according to the simple relationship pH HS = ~logc A If a strong base is dissolved whose conjugate acid form cannot dissociate under the given conditions as bases such as KOH in water or CH3COOK in glacial acetic acid (the K+ cation has no dissociable hydrogen), the pHHs value is again given by the concentration of the dissolved strong base, in this case according to the relationship After discussing the general properties of an amphiprotic solvent several examples will now be considered As the Arrhenius concept took only aqueous solutions into account it became a seemingly unambiguous basis for the classification of individual chemical substances as strong or weak acids or bases.

As a result, the immunoglobulin is effectively immobilized on the surface of the azopolymer without chemical modi cation This novel method is useful for the immobilization of a variety of small particles such as charged proteins, negatively charged DNA, and hydrophobic polystyrene microspheres on azopolymer surfaces, and it has been shown that the immobilized biomolecules can maintain their higher order structure without damage to their functionality This versatility in terms of immobilization is a signi cant advantage of this technique The photoinduced immobilization technique is closely related to the formation process used for surface relief gratings (SRG) because both phenomena are based on mass transportation of the azopolymer surface The relief structure on the azopolymer surface is induced by the interference of the two coherent beams that are used for the irradiation, with the same periodic structure as the interference light, as shown in Fig 93.

However, the designation of a given substance as an acid or base, weak or strong, lacks a logical foundation Of decisive importance is the behaviour of a given substance with respect to a given solvent, where it can act as a strong or weak acid or base This generalization follows from the concepts of Br0nsted and Lowry..

Blade servers are generally what come to mind during discussions of blade technology. In addition, most of the market buzz and analyst statistics focus on blade servers. However, interesting opportunities also exist with blade technologies and PCs. In particular, PC blades offer benefits in centralizing management, increasing security, and addressing specific environmental requirements.

Water The pH range that can reasonably be used extends from 0 to 14, with the neutral point at pH 7 A solution with p H < 7 is acidic and with pH > 7 is basic The commonest strong acids are HC1O4, H2SO4, HC1 and HNO3; strong bases include alkali metal and tetraalkylammonium hydroxides Methanol and ethanol The self-ionization reaction is ROH2+ + RO~ The pHMe range is about 95 and the pHEt about 83 HC1O4 continues to be a strong acid and HC1 becomes a 'medium strong' acid (pKAMe = 12, p # A E t = 21) Acetic acid has the values of pKAMe = 97 and pKABt = 104, ie it is much weaker than in water Strong bases include the alkali metal alcoholates, as they introduce RO~ anions, the conjugate base of alcohol.

Intensive studies for SRG formation have been reported since it was rst developed in 1995 (Batalla et al, 1995; Kim et al, 1995) Various deformed structures that can be induced by photoirradiation.

PC blades take the basic concept of the blade architecture and apply it to desktop computing. Instead of having a user s PC on/under the desktop, with the keyboard, video monitor, and mouse (KVM) user-interface components located next to it, the PC blade architecture consists of taking the guts of the PC (what traditionally resided inside the tower), and putting it on a blade, which is then inserted into a chassis, typically located within the data center (see Figures 5.1 and 5.2).