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5 CONSTRUCTIONAL FEATURES OF PROTON EXCHANGE MEMBRANE FUEL CELLS Porous separation between fuel and oxidizer is achieved by the use of specialized conventional materials (eg, tissues made of carbon or carbon paper obtained from Te on) and is the most expensive part of the fuel cell stack The main characteristic of these materials is that they should allow the ow of ions generated in the fuel and oxidizer reaction when going from anode to cathode, preventing the passage of electrons, so they have to circulate through an external circuit Figure 71 is a simpli ed diagram of a fuel cell At the anode side of the PEM fuel cell, fuel is supplied under a certain pressure, usually enough to make it go through the ow- eld channels of the electrodes and cross the electrolyte.

can organize these small pieces of code into Python files, called modules, for easier maintenance. A module usually contains statements that have some relation with each other, such as a function and its related declarations or unrelated statements, which are written to perform a specific task. Modules can be made to interact with each other to access each other s attributes. To be able to use a piece of code stored in a module, a module should be shared. The process of bringing in the attributes, such as variables and functions, of one module into another or at the interpreter itself is called importing. Importing is the basis of a module in Python. It is this feature that allows variables and functions declared in one module to be shared in different modules. In other words, a module is a Python file containing Python definitions and statements. The filename is the name of the module with the .py extension appended. Here s an example of a simple module, welcome.py.

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It is assumed for the sake of discussion that the fuel is the pure gas H2, although other gas compositions may be used, as discussed in Section 73 In these cases the hydrogen concentration should be determined in the mixture The fuel spreads through the electrode until it reaches the catalytic layer of the anode, where it reacts to form protons and electrons according to the reaction H2 g ! 2H 2e 7:1.

There is an ISO image of MoviX2 on the Linux Toys II CD that you can burn to a separate CD to boot MoviX2 directly. If you like, you can look for a later version of MoviX2 from the MoviX site at SourceForge.net (http://sourceforge.net/projects/movix). Here s a description of how to create your own MoviX2 CD from the one on the CD:

Table 2.2 Associativity Table for Arithmetic Operators TYPE Value construction Exponentiation Multiplicative Additive OPERATORS () ** // + * / % ASSOCIATIVITY Innermost to outermost Highest Left to right Left to right

where Zt is the turbine simpli ed ef ciency (for standard turbines it is taken as 0.80) and Hm is the water head. The available ow of a watercourse (m3/s) is expressed by Q Av 3:3

channels offered by the SDH and the powerful network management capabilities facilitate provisioning of high bandwidth lines for new multimedia services as well as ubiquitous access to these services. To ensure the compatibility of different vendors' equipment, interfaces between equipment and the management network are being specified. Currently multivendor compatibility is achieved at the optical line interface (cf. ITU-T Recommendation G.957). A functional reference model has been made up, decomposing the network function of an equipment into a set of basic functions and describing each of them in rigorous detail in terms of its internal processes and the primitive information flows at the reference points at the input and output points of the basic elements. Equipments are specified by the arrangement of the basic functions whose aggregation forms the required network function; an analogy is given by the selection of integrated circuits and their packaging to form a chip which performs the aggregated function. Moreover this specification simplifies and systematizes the treatment of fault conditions and the subsequent actions to be undertaken. Network equipment can be broadly classified into equipments intended for VC-4 signal transport and routing in the network and equipments for processing the content of the VC-4 (i.e. in order to insert/drop PDH signals into/from a VC-4 or to alter the content of a VC-4): SDH line systems;

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