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Showing 1 to 5 of 5 for “"Collector Geometry"”.

  1. The development of a concentrating solar trap

    Even though most variations of solar collector have been tried and tested at some stage or other an important family of concentrating solar trap has been overlooked. This class of collector has combined together the advantages of some of the other collector types by overcoming their individual …

    southwales Repository record for The development of a concentrating solar trap (opens in a new tab)

  2. Tunability of Electrospun Scaffolds for Tissue Engineering

    … use in tissue regeneration by altering grounded collector geometry and thus the electric field that nanofiber deposition follows. Previous electrospinning experiments show that processing parameters such as flow rate and voltage can affect fiber diameter and porosity, but are still insufficient …

    mit Repository record for Tunability of Electrospun Scaffolds for Tissue Engineering (opens in a new tab)

  3. A wind tunnel facility for the evaluation of a land-based gas turbine diffuser-collector

    … line test investigating flow within a diffuser-collector. Facility controls allowed the quarter scale model to match both Reynolds number and Mach number. Mass averaged conditions at the diffuser inlet during testing were determined as 1.939 ? 106 for Reynolds number based upon diffuser inlet …

    vt Repository record for A wind tunnel facility for the evaluation of a land-based gas turbine diffuser-collector (opens in a new tab)

  4. Optimisation of collector locations and pipe networks for dish–Rankine power plants

    The thermal efficiency of the collector field of a concentrating solar thermal power plant is strongly dependent on the geometry of the chosen collector. Paraboloidal dish collectors are realisations of the ideal reflective imaging concentrator geometry, and offer the highest possible optical …

    aus-cath Repository record for Optimisation of collector locations and pipe networks for dish–Rankine power plants (opens in a new tab)

  5. Optimisation of collector locations and pipe networks for dish–Rankine power plants

    The thermal efficiency of the collector field of a concentrating solar thermal power plant is strongly dependent on the geometry of the chosen collector. Paraboloidal dish collectors are realisations of the ideal reflective imaging concentrator geometry, and offer the highest possible optical …

    anu Repository record for Optimisation of collector locations and pipe networks for dish–Rankine power plants (opens in a new tab)