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Turbulence / Aerodynamics / United States Department of Energy National Laboratories / Direct numerical simulation / Large eddy simulation / Molecular dynamics / Los Alamos National Laboratory / Argonne National Laboratory / MEMO Model / Fluid dynamics / Physics / Fluid mechanics


TITLE: Understanding the factors that affect the efficiency of biocatalytic processes PRINCIPAL INVESTIGATOR: Pratul Agarwal, Oak Ridge National Laboratory CO- INVESTIGATOR: Chakra Chennubhotla, University of Pittsburgh
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Document Date: 2011-08-29 16:26:41


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File Size: 282,11 KB

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Los Alamos National Laboratory / Renewable Energy / Jacqueline H. Chen Sandia National Laboratories / GE / Alstom / Lawrence Berkeley National Laboratory / Boeing / /

Country

Greenland / Denmark / /

Event

Environmental Issue / Business Partnership / Person Communication and Meetings / /

Facility

Argonne Leadership Computing Facility / University of Pittsburgh ABSTRACT / University of Bristol / ANL Blue Gene/P facility / The University of New South Wales Andrea Gruber / Argonne National Laboratory / University of Texas / University of California / /

IndustryTerm

laser‐driven inertial fusion energy settings / clean energy initiative / enzyme networks / energy future / transportation / meso-scale media / parallel computing / gas turbines / laser-driven inertial fusion energy experiments / enzyme systems / parallel quantum chemical calculations / biological systems / electrical energy storage / gas turbine / physical/chemical complexities / gas turbine industry / low-carbon gasturbine combustion systems / gas-turbine combined cycles / energy conversion process / free energy estimates / high energy density laboratory physics / energy / chemical reaction process / far-reaching applications / laser-driven inertial fusion energy / metal-organic frameworks / battery technologies / supramolecular systems / clean energy breakthroughs / clean energy concept / turbulent gas / computing / solver technology / unrelated applications / /

Organization

University of Texas at Austin / University of Pittsburgh ABSTRACT / Department of Energy / University of New South Wales / Argonne National Laboratory / Center for Nanoscale Materials / University of California / Irvine / University of Bristol / Fritz-Haber-Institut / DOE office of Science / /

Person

William H. Lipscomb / Max-Planck / James R. Chelikowsky / Hakim Iddir / Anatole von Lilienfeld / Lin Yin / Jens Nørskov / Ray W. Grout / Woo-Sun Yang / Mathew Maltrud / Philip W. Jones / Peter Zapol / Daniel F. Martin / Jeffrey Greeley / Michael F. Wehner / Hemanth N. Kolla / Harvey Rose / Said Elghobashi / John Bussoletti / Alexandre Tkatchenko / Stephen F Price / Andrea Gruber / /

Position

laser‐driven inertial fusion energy settings PRINCIPAL INVESTIGATOR / biocatalytic processes PRINCIPAL INVESTIGATOR / direct numerical simulation PRINCIPAL INVESTIGATOR / Ocean Models PRINCIPAL INVESTIGATOR / low-carbon gasturbine combustion systems PRINCIPAL INVESTIGATOR / author / First Principles PRINCIPAL INVESTIGATOR / Electrical Energy Storage Systems PRINCIPAL INVESTIGATOR / Commercial Aircraft PRINCIPAL INVESTIGATOR / CO- INVESTIGATOR / /

Product

Computational Fluid Dynamics / XT / /

ProvinceOrState

Texas / California / /

Region

Antarctic / South Wales / /

Technology

Fluid Dynamics / computer processors / battery technologies / laser / solver technology / thermodynamics / DNS / crystallization / biocatalysis / simulation / /

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