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Figure 6.5 shows an infrared spectrum of a polymer. The likely structure of this polymer may be determined from this spectrum. On inspection of the higherwavenumber end of the spectrum, bands are observed at 2867 and 2937 cm 1 , due to aliphatic symmetric and asymmetric C H stretching, respectively. There is also a band at 3300 cm 1 due to N H stretching, while a strong band at 1640 cm 1 is indicative of C=O stretching. The presence of these modes suggests a polyamide and the polymer is, in fact, nylon 6. Hydrogen bonding plays a signi cant role in the spectra of nylons. The N H stretching mode is due to hydrogen-bonded groups, while the broad shoulder which appears at around 3450 cm 1 is due to non-hydrogen-bonded N H bonds.

D=2

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Appendix A: Installing the J2EE Reference Implementation should look something like what is shown in Figure A 15.

possible. Investment manager analysts spend a great deal of time conducting searches and, as a result, are often unable to recall many aspects of the search and each of the individual nalists off the top of their heads. In some cases this leads the analyst to construct SMG that are not highly detailed and may cause issues in the future. For example, have a look at the following investment criteria section of an SMG: The Investment Manager is responsible for creating and maintaining a portfolio of U.S. large capitalization stocks. In order to maintain adequate diversi cation, the portfolio managed by the Investment Manager must contain a minimum of 40 stocks at all times. For comparative purposes, the benchmark is the Standard & Poor s 500 Index. The Investment Manager is expected to outperform the Index by a minimum of 200 basis points. Failure to outperform the Index by 200 basis points will result in the Investment Manager s termination. This paragraph seems to clearly state the investment manager s portfolio responsibilities and indicates ve criteria: 1. 2. 3. 4. 5. U.S. stock focus. Large cap orientation. Comparison to S&P 500 index. Performance expected to exceed S&P 500 index by 200 basis points. Minimum of 40 stocks.

5 Bull,

Theorem 4.13 (Asymptotic Distribution of the LRT). Suppose that M is a bounded interval that contains zero and de ne the local asymptotic alternative: = 0 M, 1 p = , n

There are a lot of books about patterns and designing for applications. Distributed applications require the same techniques. In particular, the data that you are sending to your JMS applications and message-driven beans must be planned and documented to avoid too much complexity and performance degradation.

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Figure 5.9 shows four infrared bands in the O H stretching region. The 3620 cm 1 band is due to the inner hydroxyl groups lying between the tetrahedral and octahedral sheets. The bands at 3695, 3669 and 3653 cm 1 are due to stretching vibrations of the O H groups at the octahedral surface of the layers. There are also bands due to Si O stretching bands in the 1120 1000 cm 1 range. The spectrum also shows bands at 936 and 914 cm 1 which are due to O H bending bands. Each of these observations indicates that kaolinite is a clay that has most of its octahedral sites occupied by trivalent ions. As the O H bending bands appear in the 950 800 cm 1 region, this spectrum indicates that kaolinite has trivalent central atoms in the octahedral sheets. The bands at 1120 1000 cm 1 and the four bands in the 3800 3400 cm 1 region are characteristic of a clay with trivalent atoms in the octahedral sheets.

INDEX Thread attribute, 10 Thread-based SYN-sequence, 65, 386 Thread.currentThread() (Java), 115 Thread, de nition of, 2 Thread IDs, 36 37 Thread.interrupt() (Java), 112 Thread schedule, 221 222 Thread.sleep() (Java), 5 Ticket algorithm, 54 Tie-breaker algorithm, see Peterson s algorithm Time slice, 2 Timed wait, 189 Timestamp causality, and, 332 224 event ordering, and, 330 integer, 334 335 real-time clock, 331 332 shared variables, for, 339 vector timestamp, 335 339 Timestamps for reachability testing object-centric, 437 439 thread-centric, 433 437 total order, 70 73, 148 partial order, vs., 288, 386 388 Tracing, testing, and replay. See also Deterministic testing; Nondeterministic testing; Reachability testing; SYN-sequence; feasibility adaptive tracing, 411 approaches to testing, 408 419 class sharedVariable<>, 37 38 class TDThread, 34 37 deadlock detection, 154 157 distributed programs, see Distributed program, testing and debugging lock-based programs, 143 154 instructions for running programs, 160 163 memory consistency, and, 74 77 message-passing programs, 281 296 instructions for running programs, 299 304 monitor-based programs, 217 233 instructions for running programs, 235 243 semaphore-based programs, 143 154 instructions for running programs, 160 163 shared variables, 64 71 Transmission Control Protocol (TCP), 313 317 Transport protocol, 313