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(or bases) that are equivalent in water.] Thus, they can be determined separately by titration. Moreover, in such a solvent, some bases, which are too weak to titrate in water, can be titrated and their strengths can be determined. (ii) In solvents with a wide pH region on the right, the lyate ion (S ) has very strong basicity and some bases, which behave as strong bases in water, tend to behave as weak bases of different strengths. They can be determined separately by titration. Moreover, in such a solvent, some acids, which are too weak to titrate in water, can be titrated and their strengths can be determined. In protophobic aprotic solvents, the pH window expands on both sides and all of the advantages in (i) and (ii) can be realized. Figure 3.7 shows the titration curve for a mixture of several acids in 4-methyl-2-pentanone (MIBK). In the figure, HClO4 and HCl, which are strong acids in water, are differentiated, and phenol, which is a very weak acid, can accurately be determined [21]. Acid-base titrations in non-aqueous solvents have wide applicabilities [1, 3, 22]. The titrations are especially useful in determining medicinal substances, because many of them are weak acids or bases. The indicator method can be used to detect end-points. However, potentiometric titrations that use a pH meter, a pH sensor and an automatic burette are most useful. Valuable physicochemical information, including acid dissociation constants, can be obtained from potentiometric titration curves ( 6). The hydrogen ion in protophobic aprotic solvents is very reactive. For example, judging from the values of transfer activity coefficient, H+ in AN is 108 times more reactive than in water. Thus, if basic substances are added to the solution in AN, they easily combine with H+. Table 3.6 shows the complex formation con-

Kiln output is unique .30 Patent is valid and infringed .80 Client has no rights to patent .90 CAFC appeal successful .30 Client has rights to patent CAFC appeal not .10 successful .70 Patent is not valid or infringed .20 Kiln output is not unique .70

Table 10.2 Cut-off points proposed by the WHO expert committee for the classi cation of body weight Body mass index (kg/m2 ) <18.5 18.5 24.9 25.0 29.9 30.0 39.9 40.0 WHO classi cation Underweight Grade 1 overweight Grade 2 overweight Grade 3 overweight Popular description Thin Healthy, normal, acceptable Overweight Obesity Morbid obesity

The spacious accommodations have Italian tile floors and whitewashed furniture, with either a king-size bed or twin beds. The end rooms have cross ventilation and are the ideal choices for those who don t want to rely entirely on air-conditioning. Nonsmoking accommodations can also be requested. Each unit comes with a wet bar and satellite TV, as well as a balcony with a view of the nearby waterway and marina. Bathrooms, although of standard size, contain oversize cotton robes and tub and shower combos.

Informed Consent Case 10 1 is a summary of the circumstances that prompted Sylvia Merriken, the mother of an eighth grader named Michael, to file a complaint against the school system that was subsequently decided in a federal district court in Pennsylvania in 1973. Although this incident occurred 30 years ago, it is not hard to imagine the occurrence of similar events today as school districts continue to struggle with the problem of substance abuse.

from a single central node (eg a sink node in WSN) and several peripheral nodes Some examples are SOP and MCFA Networking infrastructure Most of the routing algorithms for COs are designed according to an ad hoc paradigm Therefore, solutions are completely distributed and do not require any backbone infrastructure Mobility Generally speaking, all the routing algorithms considered are able to cope with dynamic topologies due to node mobility However, most of them react to topology variations by dropping the broken paths and computing new ones from scratch, thus incurring performance degradations In particular, mobility may strongly affect cluster-based algorithms due to the cost of maintaining the cluster-architecture over a set of mobile nodes Examples of routing algorithms speci cally designed for networks with slow-mobile nodes are GAF and TTDD, which attempt to estimate the nodes trajectories.

This is not to say that Web viewing will never become a part of digital TV; it almost certainly will, but there are signi cant issues that need to be thought about before assuming that the Web will easily conquer the TV set.

Other protocols that are well-suited for an environment where the sensors are mobile are the SPIN family of protocols because their forwarding decisions are based on local neighborhood information Node heterogenity Node heterogenity can be a winning feature to develop ef cient routing algorithms, particularly for WSNs with mobile nodes Notwithstanding, the literature still lacks solutions that provide leverage on node heterogenity to enhance the routing process Power consumption Power consumption is typically a very important issue in the design of routing protocols, since many CO systems involve battery-powered units Accordingly, several energy-ef cient routing algorithms have been presented in the literature, in particular for WSNs The simplest method of reducing power consumption is to allow each node to schedule sleeping periods Therefore, routing protocols have to be designed to work also in the presence of on/off duty cycles (GAF, ASCENT).