'Nanoscale materials' diaporamas de présentation

Elements of Product Planning for Nanotechnology: Focus on Consumer Products

Elements of Product Planning for Nanotechnology: Focus on Consumer Products.

396 views • 26 slides

NANOTECHNOLOGY IN HOME FURNISHINGS

534 views • 24 slides

Nanotechnology Regulation at EPA Wisconsin Legislature September 16, 2010 Jim Alwood

Nanotechnology Regulation at EPA Wisconsin Legislature September 16, 2010 Jim Alwood Office of Pollution Prevention and Toxics. Why the Interest?. The nanotechnology sector appears poised for considerable economic growth.

341 views • 24 slides

Enhancing Nanoscience with Cyberinfrastructure at the Center for Nanoscale Materials

Enhancing Nanoscience with Cyberinfrastructure at the Center for Nanoscale Materials. Derrick C. Mancini Associate Division Director for Facilities & Technology Project Manager, Center for Nanoscale Materials August 3, 2006 http://nano.anl.gov.

353 views • 21 slides

331 views • 18 slides

DOE Nanoscale R&D Environment, Safety and Health

DOE Nanoscale R&D Environment, Safety and Health. Basic Energy Sciences Advisory Committee February 21, 2008 Randy Ogle, CIH, CSP, CHMM Operations and ES&H Manager Center for Nanophase Materials Sciences Oak Ridge National Laboratory.

299 views • 17 slides

Team Based Program Design

Management and Research Operations Involvement in Nanoscale Materials ES&H. Team Based Program Design. Personal Bio

205 views • 12 slides

Nanotechnology in Energy Applications

Bharat Boook Presents"Nanotechnology in Energy Applications"An overview of the global market for nanoscale materials (nanopowders, nanocomposites, nanoscale thin films, and others) and devices (nanosensors).

412 views • 11 slides

Why synthetic Biology?

Why synthetic Biology?. Reverse Engineering vs. Forward engineering: Synthetic replicas of natural genetic circuits. 1) Why synthetic Biology?. Reverse Engineering vs. Forward engineering: Synthetic replicas of natural genetic circuits Test sufficiency of design of producing behavior

304 views • 11 slides

Singapore-MIT Alliance Programme for Advanced Materials in Micro- and Nano-Systems

Singapore-MIT Alliance Programme for Advanced Materials in Micro- and Nano-Systems Flagship Research Program Annual Report Nanotechnology on a Silicon Platform Co-Chairs: Choi Wee Kiong (NUS) and Carl V. Thompson (MIT)

269 views • 10 slides

NANO MATERIALS

NANO MATERIALS. Content INTRODUCTION WHAT ARE NANO MATERIALS WHAT MAKES A NANOMATERIALS CLASSICAL EXAMPLES CLASSIFICATION OF NANOMATERIALS. INTRODUCTION.

9.03k views • 8 slides

Bridging Length Scales: Connecting Nanoscale Science to Real-World Technologies

Thin-film diblock copolymer Template (Thurn-Albrecht et al., U. of Massachusetts). Bridging Length Scales: Connecting Nanoscale Science to Real-World Technologies. Polymers and block copolymers for directed self-assembly of nanomaterials

211 views • 5 slides

Hampton University

Southern Bioenergy Initiative Bioenergy Technology Center at Hampton University. Claudia Rankins Interim Dean School of Science 27 February 2007 claudia.rankins@hamptonu.edu 757-727-5579. Hampton University. Capabilities. Biofuel Development Complementary Research

237 views • 4 slides

Graduate Student Finalists in the Young Researcher

Accelerated Molecular Dynamics of Temperature-Programmed Desorption Kristen A. Fichthorn (Penn State University), DMR 0514336.

126 views • 2 slides

XPS survey scans of virgin, H 2 ,and O 2 -terminated NCD surfaces

MRI: Acquisition of Imaging X-Ray Photoelectron Spectroscopy System for Interdisciplinary Research and Education in Multi-Scale Materials Andrei V. Stanishevsky, University of Alabama at Birmingham, DMR 0922910. (c). (b). (a).

156 views • 2 slides

Thermoelectric Materials Frank Bridges, University of California-Santa Cruz, DMR 1005568

Thermoelectric Materials Frank Bridges, University of California-Santa Cruz, DMR 1005568. The filled skutterudites LnOs 4 Sb 12 are an important class of materials for thermoelectric applications.

361 views • 2 slides

Engineering Electron and Hole Transport in PbSe Nanowire Transistors Cherie Kagan , University of Pennsylvania, DMR 0805155.

170 views • 2 slides

Shape & Structure

Growth of Self-Assembled BaTiO 3 Nanodots using Tensile Strain . Timothy A. Morgan, Zhaoquan Zeng, Robert J. Sleezer, Gregory J. Salamo. Department of Physics, University of Arkansas, Fayetteville, Arkansas

133 views • 1 slides

Identifying the shape of copper-seamed nanocapsules in solution. Dan Neumann, National Institute of Standards and Technology, DMR 0944772.

119 views • 1 slides

Shape & Structure Atomic force microscopy (AFM) revealed disorderd dots

Growth of Self-Assembled BaTiO 3 Nanodots using Tensile Strain. Timothy A. Morgan, Zhaoquan Zeng, Robert J. Sleezer, Gregory J. Salamo. Department of Physics, University of Arkansas, Fayetteville, Arkansas

143 views • 1 slides