PPT-High temperature materials for energy generation

Yasser Gowayed Department of Polymer amp Fiber Engineering gowayedauburnedu November 2014 Temperature requirements for turbine engines Pratt amp Whitney Public Domain as defined by ITAR 22 CFR Chapter I Subchapter M Part 12011 . Haseeb. . Ullah. Khan . Jatoi. Department of Chemical Engineering. UET Lahore. Ceramics. Greek word Keramikos which means “Burnt Stuff” indicating that desired properties of these materials are normally achieved through a high temperature treatment.. D. Parks, K. . Sinding. , S. Zhang and B. Tittmann. Penn State University, University Park, PA 16802. Outline. [1] Motivation. [2] Objective. [3] Work in Progress. [4] Results. [5] Conclusions. Motivation. A proposal for the utilization of updraft systems to sustainably generate electrical power, reduce global warming and increase . localised rainfall. Presentation by . Donald Cooper MIEAust. Photo: University of Wisconsin - Milwaukee. A proposal for the utilization of updraft systems to sustainably generate electrical power, reduce global warming and increase . localised rainfall. Presentation by . Donald Cooper MIEAust. Photo: University of Wisconsin - Milwaukee. Specific Heat Capacity. Specific Latent Heat. Internal Energy. First Law of Thermodynamics. Quantifying Heat. Heat and Temperature. Equation. Specific Heat Capacity. Change of Phase. Equation. Latent Heat. Transfer: Conductors . and Insulators. How is thermal energy transferred?. Why do materials expand and contract?. What materials are good conductors?. What materials are good insulators?. Key Vocabulary. changes.. 18/08/2017. Starter. Estimate. the temperature in each of the pictures:. 3. o. C. 0. o. C. 37. o. C. 100. o. C. -34. o. C to 8. o. C. Temperature and Heat Energy. Discuss. with the person next you, the difference between temperature and heat energy.. 2007. Lots of compelling research had not yet occurred. Graphene was rising (synthesized 2004, Nobel Prize 2010). Multiferroic. and magneto. -electric materials (. Eerenstein. Nature 2006). Solar cell efficiency and cost. Use with . Concentrating Solar Power Facilities. Santosh Gangwal and Andrew Muto, Energy and Environment Division, Southern Research, Durham, North Carolina 27712. Project overview. Project name: . Demonstration of High-Temperature Calcium-Based Thermochemical Storage System for Use with Concentrating Solar Power Facilities . Introduction ECEN 2060 Lecture 1 Fall 2013 2 ECEN2060 Instructor Instructor: Prof. Frank Barnes ECOT 250, 303-492-8225, frank.barnes@colorado.edu Office hours: TBD Web Manager: Kimberly Newman Assistant Professor Adj. Weilin . Jiang, David Senor. Pacific . Northwest National . Laboratory. HPT R&D Roadmap Workshop. May 31 - June 1, 2017, . Fermilab. Driving Force for Microstructural Changes Induced by MeV Ion Irradiation in Solids. Page 1 of 16 Nacer Badi , Ph.D. University of Houston Department of Phy s ics E - mail s : nbadi@u h .edu SUMMARY OF QUALIFICATIONS  More than 20 years of expertise in thin film coating, charac Al-Mustansiriya University. College of Engineering. Energy management and applications. Insulations. Asst. Prof. Dr. Hayder Mohammad Jaffal. (Section 3). Insulation materials are extensively used to reduce the heat losses (or gains) from thermal systems like buildings, pipes and ducts, components of HVAC installations, etc. Most mass-type thermal insulation materials are highly porous, and consist of a solid matrix full of small voids that comprise 90% or more of the total volume. These voids contain air or some other harmless gas such as CO2. The apparent conductivity of the material is the macroscopic result of various basic heat transfer mechanisms: solid and gas conduction, gas convection and long-wave radiation within the voids. From the macroscopic point of view, the apparent conductivity mainly depends on the kind of insulation, bulk density, temperature, water content, thickness and age. From the microscopic point of view, factors such as cell size, diameter and arrangement of fibers or particles, transparency to thermal radiation or type and pressure of the gas come into . science and innovation . xfel.ac.uk. In the last decade XFELs have had an impressive scientific impact, but there is clearly scope to do much, much more. . Taking a long view we looked at what kind of science we will do with an advanced XFEL operating from mid 2030’s. Extrapolating current technology advances to frame what will be possible..