'Lattice parameter' diaporamas de présentation

Hard X-ray Studies of Thin Films and nanoclusters

Hard X-ray Studies of Thin Films and nanoclusters. Najeh M Jisrawi Birzeit University. Hard X-ray Studies of Thin Films and nanoclusters. Overview Hard X-ray Characteristics In situ studies of superconductors Studies of battery electrodes

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UNIVERSIT Y OF TIR ana FA CULTY OF NATURAL SCIENCE PHYSICS DEPARTMENT LATTICE QCD

UNIVERSIT Y OF TIR ana FA CULTY OF NATURAL SCIENCE PHYSICS DEPARTMENT LATTICE QCD. Quark- antiquark potential from FermiQCD MSc . Dafina Xha ko. MOTIVATION. Implementation and application of computational techniques in parallel to study the properties of lattice QCD Because:

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X-Ray Diffraction Analysis of ?-? Superlattices : Characterization, Simulation and Fitting

Project Work Nanoscience. X-Ray Diffraction Analysis of ?-? Superlattices : Characterization, Simulation and Fitting. Xiangyu Wu Enlong Liu Mentor: Clement Merckling EPI Group @ imec. Outline. Introduction XRD Principle Superlattice Diffraction Results and Discussions

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Length scale dependent aging and plasticity of a colloidal polycrystal under oscillatory shear

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Reactivity Coefficients

Reactivity Coefficients. B. Rouben McMaster University EP 4D03/6D03 Nuclear Reactor Analysis 2008 Sept-Dec. Reactivity Changes. In studying kinetics, we have seen how insertions of reactivity drive flux and power changes. Insertions of (positive or negative) reactivity may come from:

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Reactivity Coefficients

Reactivity Coefficients. B. Rouben McMaster University EP 4P03/6P03 2013 Jan.-Apr. Reactivity Changes. In studying kinetics, we have seen how insertions of reactivity drive flux and power changes. Insertions of (positive or negative) reactivity may come from:

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Artifacts in the characterization of skin layers and ultrathin films by X-ray diffraction

Artifacts in the characterization of skin layers and ultrathin films by X-ray diffraction. D. Pesquera , F. Sanchez, G. Herranz , J. Fontcuberta ICMAB, Barcelona. X. Marti , V. Holy Charles University, Prague P. Ferrer , T. Schulli ESRF, Grenoble J. Herrero-Albillos

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Interplay of polarization fields and Auger recombination in the efficiency droop of nitride light-emitting diodes

Interplay of polarization fields and Auger recombination in the efficiency droop of nitride light-emitting diodes. APPLIED PHYSICS LETTERS 101, 231107 (2012). Kishida Takuto. -1-. Contents. ?.Introduction LED Principle of LED ? . Discussion & Result

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MATERIALS SCIENCE & ENGINEERING

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