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A Aa Ac Adc Ato Awc C Cc Cp Di Do Dva Fs Gz h ha hd hfg hi ho J(s), Jm(s) js, jm kf kw m Ncir Np Nr Ntpr Nu Pd Pr q r ReD0 Rexb Res s SHR T T heat transfer area of a coil (m2) frontal or face area of a coil (m2) core or minimum free ow area for air (m2) heat transfer area of a dry coil or the dry portion of a partly wet coil (m2) total external surface area of the tubes (m2) heat transfer area of a wet coil or the wet portion of a partly wet coil (m2) condensing factor ( C-1) coil characteristics ( C kg J-1) speci c heat capacity (J kg-1 K-1) internal diameter of coil tube (m) outer diameter of the n collar (m) mass diffusivity of water vapour in air (m2 s-1) surface factor Graetz Number speci c enthalpy of saturated air at temperature T (J kg-1) speci c enthalpy of air (J kg-1) total heat (or mass) transfer coef cient for wet coil surface (m s-1) latent heat of evaporation/condensation of water/water vapour (J kg-1) heat transfer coef cient for internal tube surface (W m-2 C-1) sensible heat transfer coef cient for coil surface (W m-2 C-1) correction terms for sensible and total heat transfer at wetted coil surface Chilton Colburn j factors for sensible heat and total heat transfer respectively thermal conductivity of n (W m-1 C-1) thermal conductivity of water (W m-1 C-1) mass owrate (kg s-1) circuit number, ratio of number of water circuits to number tubes per row number of n corrugation patterns per longitudinal tube spacing number of tube rows number of tubes per row Nusselt number (Nua based on arithmetic mean temperature difference, Nul, based on log mean temperature difference) n pattern depth (m) Prantl number heat transfer rate (W) outer radius of n collars (m) Reynolds number based on n-collar outer diameter Reynolds number based on the longitudinal tube spacing Reynolds number based on n spacing n spacing (or n pitch) (m) sensible heat ratio temperature ( C) dewpoint temperature ( C).

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The encrypter hides or scrambles information so that unintended listeners are unable to discern the information content. The codes used for encryption are generally different from the codes used for error correction.

integrate these images and code into your Dreamweaver page. Which method you use depends on the HTML style you selected when the graphics were exported from Fireworks:

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33: Customizing Dreamweaver ................................................................................... 1127 34: Handling Server Behaviors ................................................................................... 1175 35: Creating Adobe AIR Applications .........................................................................1207

1 Write a function berlmass which: Either )

If a company s inventory records are inaccurate, timely production of its products becomes a near impossibility. For example, if a key part is not located at the spot in the warehouse where its record indicates it should be, or its indicated quantity is incorrect, then the materials handling staff must frantically search for it and probably issue a rush order to a supplier for more of it, while the production line remains idle, waiting for the key raw materials. To avoid this problem, a company must ensure that not only the quantity and location of a raw material is correct, but also that its units of measure and part number are accurate. If any of these four items are wrong, there is a strong chance that the production process will be negatively impacted. Thus, inventory accuracy is one of the most important materials handling measurements. Divide the number of accurate test items sampled by the total number of items sampled. The definition of an accurate test item is one whose actual quantity, unit

FIGUre 25-6 Add FlashPaper documents to any Web page with a set width and height, which can easily be changed later.

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Creating Bulleted ( Unordered) Lists . Editing unordered lists . . . . . List tags . . . . . . . . . . . . . . Using other bullet symbols . . . Mastering Numbered (Ordered) Lists Editing ordered lists . . . . . . . Using other numbering styles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 365 367 367 367 371 371 373

Summary

(2.69)

Recall from Section 14.5that an EXIT chart is a method for representing how the mutual information between the decoder output and the transmittedbits changes over turbo decoding iterations. EXIT charts can also be established for LDPC codes, as we now describe. Consider the fragments of a Tanner graph in Figure 15.12. these fragments, there are In respecbit-to-check messages and check-to-bit messages, denoted as ~ B + Cand ~ c + B , tively, where the messages are the log likelihood ratios. Let:r (x) and ; (x) denote the probabilities computed in the horizontal and vertical steps of Algorithm 15.1, respectively, at the i th iteration of the algorithm. Using the original probability-baseddecoding algorithm of Algorithm 15.1,the messages from bit nodes (n)to check nodes ( m ) or back are

REGISTRY KEY DATA TYPES REG_BINARY REG_DWORD REG_DWORD_LITTLE_ENDIAN REG_DWORD_BIG_ENDIAN REG_MULTI_SZ