National Science Foundation Ceramics for Next Generation Energy Systems Rajendra K. Bordia, University of Washington, DMR 1008600 Outcome: Researchers.

Slides:

Advertisements

Similar presentations

National Academy of Engineering of the National Academies 1 Phase II: Educating the 2020 Engineer Phase II: Adapting Engineering Education to the New Century...

Advertisements

Institute for Chemical Process and Environmental Technology TOWARDS A VIRTUAL REALITY PROTOTYPE FOR FUEL CELLS Steven Beale Ron Jerome Steven Beale Ron.

CAREER: The Stability and Influence of Metastable Retained Austenite During Fatigue of Advanced Steel Alloys Kip O. Findley, Colorado School of Mines,

Hongjie Zhang Purge gas flow impact on tritium permeation Integrated simulation on tritium permeation in the solid breeder unit FNST, August 18-20, 2009.

Cao : Coherent Carbon Cryogel – Hydride Nanocomposite for Efficient H2 Storage Intellectual Merit: A research team at the University of Washington.

Filippo Parodi /Paolo Capobianco (Ansaldo Fuel Cells S.p.A.)

National Science Foundation Synthesis of Solid Electrolyte (Li x Al y Si z O) via ALD Jane P. Chang, University of California-Los Angeles, DMR

Materials for Electrochemical Energy Conversion

National Science Foundation Electrical Degradation in Thin Layer BaTiO 3 : Microchemical Origins and Microstructural Control Clive A. Randall, Pennsylvania.

Center for Advanced Materials University of Houston NASA Research Partnership Center CAM Solid Oxide Micro Fuel Cells: a Strategy for Efficient and Clean.

National Science Foundation Nanostructured Hydrides for Fuel Cells Tabbetha Dobbins, Rowan University, DMR Outcome: Researchers at Rowan University.

National Science Foundation High Temperature Materials Aerospace Erica L. Corral, The University of Arizona, DMR Outcome: Researchers at the University.

National Science Foundation Atomic Defects Hop to the Tune of Music Outcome: Researchers led by Texas A&M University materials scientist Miladin Radovic.

Center for Advanced Materials University of Houston NASA Research Partnership Center CAM Thin Film Fuel Cells and Hydrogen Storage Materials for Solar.

National Science Foundation Developing Oxides for Solar Energy Conversion Steven May, Drexel University, DMR Outcome: Researchers at Drexel University.

Investigation of BSCF Cathode on GDC Electrolyte for Intermediate Temperature SOFCs Vann Brasher Mentors: Dr. Daniel Mumm Anh Duong Sungrok Bang.

1 Fuel Cells ME 252 Thermal-Fluid Systems G. Kallio.

Nanoscale Electrode Development for Fundamental Studies of Mixed Ionic and Electronic Conductors as High Temperature Fuel Cell Components Jeevitha Evanjeline.

Hydrogen Fuel Cells Maddie Droher. What is a fuel cell? An energy conversion device set to replace combustion engines and additional batteries in a number.

National Science Foundation Carbon/Carbon Composite Project Igor I. Tsukrov, University of New Hampshire, DMR Outcome: A significant multidisciplinary.

National Science Foundation Silicon Carbide Nanowires on Graphene – Synthesis, Characterization and Application Roya Maboudian, University of California-Berkeley,

National Science Foundation Material for Future Low-Power Electronics Daniel Gall, Rensselaer Polytechnic Institute, DMR Outcome: Researchers at.

National Science Foundation Thin Film Electrolytes for Energy Devices Jane P. Chang, University of California, Los Angeles, DMR Outcome: Researchers.

National Science Foundation Non-Destructive Structural Characterization Technique Yayoi Takamura, University of California-Davis, DMR Thomson scattering.

National Science Foundation Atomic Defects Hop to the Tune of Music Outcome: Professor Miladin Radovic from Texas A&M University and recipient of an NSF.

CAREER: The Stability and Influence of Metastable Retained Austenite During Fatigue of Advanced Steel Alloys Kip Findley, Colorado School of Mines, DMR.

National Science Foundation Dynamic Phenomena in Complex Oxides for Electrochemical Energy Storage Ying S. Meng, University of California-San Diego, DMR.

National Science Foundation Energetics of Pore Elimination Ricardo H. R. Castro, University of California-Davis, DMR Outcome: Researchers at University.

National Science Foundation Phase Transitions at Reduced Dimension Junqiao Wu, University of California-Berkeley, DMR Outcome: Many materials can.

InP Aerogels: Porous Semiconductors Stephanie L. Brock, Wayne State University, DMR The exploitation of nanocrystals in solid-state devices requires.

Eliminating Parasitic Slit Scattering in Small Angle X-ray Diffractometers Cyrus R. Safinya, UC Santa Barbara, DMR Our instrumentation development.

National Science Foundation Dynamic Phenomena in Complex Oxides for Electrochemical Energy Storage Ying S. Meng, University of California-San Diego, DMR.

R=0.7 R=0.5 R=0.1 The goal of the project is to build and integrate fundamental and applied knowledge of materials science and fracture mechanics for design,

National Science Foundation Enhanced Pyroelectric and Electrocaloric Effects in Complex Oxide Thin Film Heterostructures Lane W. Martin, University of.

New developments in Energy Havesting: US-China collaboration on Magnetocaloric Effect Materials Joseph H. Ross Jr., Texas A&M University Main Campus, DMR.

National Science Foundation Outcome: Unique vertical aligned nanocomposite thin films with multifunctionalities Impact: Highly strained and ordered nanostructured.

National Science Foundation Structure-Property Relations in Lithium Garnet Oxides Wei Lai, Michigan State University, DMR Outcome: Researchers.

National Science Foundation Designed Porous Ceramics Rajendra K. Bordia, University of Washington, DMR Outcome: Researchers at the University of.

National Science Foundation Materials for Optical Properties by Design at the UV Range Leah Bergman, University of Idaho, DMR Outcome: The researchers.

Mumm Lab Advanced Materials and Structures Laboratory

National Science Foundation Using Ice to make Advanced Energy Systems Rajendra K. Bordia, University of Washington, DMR Outcome: Researchers at.

National Science Foundation Mechanical Forces That Change Chemistry Brian W. Sheldon, Brown University, DMR Outcome: Research at Brown University.

Identifying Critical Interfaces In Fuel Cell Electrodes Scott Barnett & Peter Voorhees, Northwestern University, DMR Katsuyo Thornton, Univ Michigan,

3D Imaging of Fuel Cell Cathodes Scott Barnett & Peter Voorhees (Northwestern) DMR Katsuyo Thornton (Univ Michigan) DMR Stuart Adler (Univ.

National Science Foundation Surface of the Sun Testing of Materials on Earth Erica L. Corral, University of Arizona, DMR Outcome: Researchers at.

1 Renewable Energy Sources. Fuel Cells SJSU-E10 S-2008 John Athanasiou.

Investigation of electrode materials with 3DOM structures Antony Han Chem 750/7530.

National Science Foundation New Functional Oxides For Electrochemical Energy Storage Ying S. Meng, University of California-San Diego, DMR Outcome:

Fabrication of Dual Layer Ni/Ni-YSZ Hollow Fibers for Anode Support via Phase Inversion and Sintering Method Krzysztof Kanawka, Nicolas Droushiotis, Zhentao.

Thermal Properties of ZrB 2 Ceramics William Fahrenholtz, Missouri University of Science and Technology, DMR % C ZrB 2 + pores 1% C Graphite inclusions.

New developments in Energy Havesting: US-China collaboration on Magnetocaloric Effect Materials Joseph H. Ross Jr., Texas A&M University Main Campus, DMR.

National Science Foundation Outcome: Researchers at University of Maryland have created a 3D biological templated current collector with improved solar.

Multi-Scale Modeling of Co-Fired Ceramics' Fabrication Eugene Olevsky, San Diego State University Foundation, DMR A multi-scale framework for the.

National Science Foundation Outcome: Researchers at University of Maryland have created a semiconductor film from the earth abundant elements copper and.

The overall goal of the project is to build and integrate knowledge of materials science and fracture mechanics to aid in the optimization of existing.

Fuel cell is an electrochemical device converts the chemical energy taken from fuel to electrical energy.

National Science Foundation Outcome: Unique vertical aligned nanocomposite thin films with multifunctionalities Impact: Highly strained and ordered nanostructured.

National Science Foundation Outcome: Unique vertical aligned nanocomposite thin films with multifunctionalities Impact: Highly strained and ordered nanostructured.

AS Unit 2 High Level 3. Title: Fast Food The student has produced a mixed media fine art piece based on a variety of fast food. Well considered composition.

Coalition for National Science Funding (CNSF) 

Study on Double Perovskite as a Solid Oxide Regenerative Fuel Cell Cathode Material YoungJin Kwon† and Joongmyeon Bae (Dept. of Mechanical Engineering,

Image #1 Image Analysis: What do you think is going on in this picture? Which person, thing, or event does this image relate to (which Word Wall term)?

Image #1 Image Analysis: What do you think is going on in this picture? Which person, thing, or event does this image relate to (which Word Wall term)?

RESEARCH IN EARTH SCIENCE & ENGINEERING

Image #1 Image Analysis: What do you think is going on in this picture? Which person, thing, or event does this image relate to (which Word Wall term)?

Image #1 Image Analysis: What do you think is going on in this picture? Which person, thing, or event does this image relate to (which Word Wall term)?

Image #1 Image Analysis: What do you think is going on in this picture? Which person, thing, or event does this image relate to (which Word Wall term)?

Dr. Kevin Huang Associate Professor, Department of Mechanical Engineering, University of South Carolina, Columbia, SC29201 A new IT low-cost and rare-earth.

Image #1 Image Analysis: What do you think is going on in this picture? Which person, thing, or event does this image relate to (which Word Wall term)?

Presentation transcript:

National Science Foundation Ceramics for Next Generation Energy Systems Rajendra K. Bordia, University of Washington, DMR Outcome: Researchers at the University of Washington, in collaboration with colleagues in France, are developing hierarchical porosity, composite ceramics for next generation energy conversion and storage. Impact: These materials will enable significant improvements for a range of energy systems including fuel cells and batteries, leading to lower fuel use and reduced greenhouse gas emissions. Explanation: To probe the insides of their materials, Dr. Bordia’s group uses high energy ions to cut thin slices out of their ceramic electrodes while taking high resolution pictures after each cut, similar to an MRI. By stacking these images together researchers are able to create 3D images. In collaboration with Dr. Martin at CNRS, Grenoble, France, Dr. Bordia’s group is using techniques like this to design and process hierarchical, anisotropic porous ceramics with optimized microstructures for next generation energy conversion and storage systems. LSM YSZ Top: 3D reconstruction of the wall of a directionally aligned, porous cathode sintered at 1200°C. Bottom: 3D connectivity of the three cathode phases. (Courtesy F. Charlot, A Lichtner, C. Martin and R. Bordia)

National Science Foundation Aligned Pores in SOFC Cathode: Microstructure Controls Rajendra K. Bordia, University of Washington, DMR A directional freeze-casting technique has been implemented in the Bordia lab for active ceramics used in Solid Oxide Fuel Cells (SOFCs). The effect of processing parameters on the final composite ceramic microstructure was extensively studied. Using these results, the researchers can predictably make a wide range of microstructures and thus have the ability to tailor microstructures for desired properties. As a part of this project, the international team will integrate experimental and simulation research to predict, make and evaluate porous composite electrodes for SOFCs with optimal microstructures. Left: Effect of solidification velocity on the wavelength of the microstructure (distance between pore centers) Right: Control over wall and pore size by controlling the solid loading in the slurry (Courtesy A. Lichtner and R. Bordia)

National Science Foundation Outreach: High School Internship, Discovery Days and Math Academy Rajendra K. Bordia, University of Washington, DMR Engagement of UG, K-12 and local community are an integral of this project. During , a high school student interned in the Bordia lab. He designed and built an integrated solar cell and hydrogen fuel cell demo. This program was so successful that the Bordia lab will have two interns during In addition, researchers working on this project have participated in multiple outreach events throughout the year. The two most important ones were the College of Engineering’s Discovery days and the Math Academy. High school students performed experiments while learning about ceramics and composites as part of the College of Engineering Math Academy (August 2012). (Courtesy R. Bordia) High school student Alexander Pizzirani demonstrates the solar and hydrogen fuel cell model he built in the Bordia lab at the College of Engineering Discovery Days (April 2012). (Courtesy R. Bordia)