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will be connected with the microscopic MHD code, based on common grids at the spatial interface, to study the dynamical pedestal ELM cycle. Data Coupling in the Fusion Simulation Project In this project, two distinct parallel simulation codes, XGC and MHD, will run on different numbers of processors on different platforms. The overall work ow illustrating the coupling between XGC and MHD codes is shown in Figure 14.5. The coupling begins with the generation of a common spatial grid. XGC then calculates two-dimensional density, temperature, bootstrap current, and viscosity pro les in accordance with neoclassical and turbulence transport, and sends these values to MHD. The input pressure tensor and current information are used by MHD to evolve the equilibrium magnetic eld con guration, which it then sends back to XGC to enable it to update its magnetic equilibrium and check for stability. During and after the ELM crash, the pressure, density, magnetic eld, and current will be toroidally averaged and sent to XGC. During the ELM calculation, XGC will evaluate the kinetic closure information and kinetic Er evolution and pass them to MHD for a more consistent simulation of ELM dynamics. Note that most probably XGC and MHD will use a different formulation and domain con guration and decomposition. As a result, a mesh interpolation module (referred to as MI afterward) is needed to translate between the meshes used in the two codes, as shown in Figure 14.5.

good resistance to almost all types of chemicals, including strong acids, alkalis, and most organic materials Its high melting point makes it suitable for boilable packages and for sterilizable products Lack of clarity is still a drawback, but improvement is possible with the construction of thinner walls Polypropylene is an excellent gas and vapor barrier Its resistance to permeation is equivalent to or slightly better than that of high-density or linear polyethylene, and it is superior to low-density or branched polyethylene [1, 89] One of the biggest disadvantages of polypropylene is its brittleness at low temperatures (c) Polyethylene terephthalate (PET) is a condensation polymer typically formed by the reaction of terephthalic acid or dimethyl terephthalate with ethylene glycol in the presence of a catalyst PETG resins are high-molecular-weight polymers prepared by the condensation of ethylene glycol with dimethyl terephthalate or terephthalic acid and 15 34 mole % of 1,4-cyclohexanedimethanol.

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PET and PETG resins and other ingredients used in the fabrication of these bottles conform to requirements in the applicable sections of the Code of Federal Regulations, Title 21, regarding use in contact with food and alcoholic beverages: PET and PETG bottles that are interchangeably suitable for packaging liquid oral dosage forms [1] Other polymers that have been used or proposed for use in packaging of drug products include polycarbonate, polyvinyl chloride, and polystyrene and to a lesser extent polymethyl methacrylate, polyethylene terephthalate, polytri uoroethylene, and polyamides [89] Over the years efforts have been made to understand the various parameters to consider in the choice of plastics for packaging of drug products Drug plastic considerations have been divided into ve separate categories: permeation, leaching, sorption, chemical reaction, and alteration in the physical properties of plastics or products [89] Metals Metals are used as collapsible tubes and in aerosol containers.

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The most common metals in use are tin, aluminum, and lead Tin is the most expensive, while lead is the cheapest Laminates of tin-coated lead provide the appearance and oxidation resistance of straight tin at lower prices [89] Tin is the most chemically inert of all collapsible tube metals It offers a good appearance and compatibility with a wide range of products Aluminum tubes provide the attractiveness of tin at relatively lower cost Lead has the lowest cost of all tube metals and is widely used for nonfood products such as adhesives However, with internal linings, lead tubes are used for such products as uoride toothpaste If the product is not compatible with bare metal, the interior can be ushed with wax-type formulations or with resin solutions Aluminum is used as the material of construction for some aerosol drug products.

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