'Single crystals' presentation slideshows

Nanomaterials Module2

Nanomaterials Module2. Nanoscale. Nanoscale. Nano - Dwarf Nano size: 1 nm = 10 -6 millimeter (mm) = 10 -9 meter (m) nm . Cross section of human hair. Scale. The decorative glaze known as luster. Ruby Red glass pot ( entrapped with gold nanoparticles).

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Magnetic Surprises on a Triangular Lattice Collin Broholm Johns Hopkins University & NIST

Magnetic Surprises on a Triangular Lattice Collin Broholm Johns Hopkins University & NIST. Introduction Frustration Neutron Scattering Triangular Lattice AFM Theoretical Status Experimental Status Triangular lattice systems Neel (RbFe(MoO 4 ) 2 ) Glassy (NiGa 2 S 4 )

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Precession Method used in Orientation for Single Crystals of L-lys HCl 2H2O and L-arg HCl H2O

Precession Method used in Orientation for Single Crystals of L-lys HCl 2H2O and L-arg HCl H2O. Yiying Zhou Department of Physics and Astronomy Georgia State University. Outline. What are we study in EPR lab ? Why choose lysine and arginine?

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Crystals and Crystal Growing

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Fluid Speed in a Pipe

Fluid Speed in a Pipe. v 2. v 1. x 1. x 2. A 1. A 2. An incompressible fluid, like water, flowing through a pipe will slow down if the pipe gets wider. blue volume = purple volume A 1 x 1 = A 2 x 2 A 1 (v 1 t) = A 2 (v 2 t) A 1 v 1 = A 2 v 2 A v = constant

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ECE5320 Mechatronics Assignment#01: Literature Survey on Sensors and Actuators Topic: Piezoelectric Actuators

ECE5320 Mechatronics Assignment#01: Literature Survey on Sensors and Actuators Topic: Piezoelectric Actuators. Prepared by: Andrew Moss Dept. of Electrical and Computer Engineering Utah State University. 2/18/2008. Outline . Reference list Major applications

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INDUSTRIAL APPLICATION OF MICROWAVE TECHNOLOGIES

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Linear and Planar Atomic Densities

Linear and Planar Atomic Densities. Linear Density: Directional equivalency is related to the atomic linear density in the sense that equivalent directions have identical linear densities. The direction vector is positioned so as to pass through atom centers.

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Linear and Planar Atomic Densities

Linear and Planar Atomic Densities. Linear Density: Directional equivalency is related to the atomic linear density in the sense that equivalent directions have identical linear densities. The direction vector is positioned so as to pass through atom centers.

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AIM: How are Minerals Created?

AIM: How are Minerals Created?. Minerals can form in TWO ways:. Crystallization of molten material Crystallization of materials dissolved in water. Crystallization:

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Fracture Behavior of Interfaces

Fracture Behavior of Interfaces . Cleavage Fracture Microscopic aspects Ductile Fracture Microscopic aspects Ductile-to-Brittle Transition Microscopic aspects. Microscopic Aspects of Cleavage Fracture . Cleavage fracture occurs by separation along crystallographic planes of a material

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Solids and the Kinetic Molecular Theory

Solids and the Kinetic Molecular Theory. Ryan Rowland AJ Rosciszewski David Milostan Toni Lukic Allison Koch. Vocabulary. Crystalline Solids: Solids consisting of solids Crystals: a substance in which the particles are arranged in an orderly, geometric, repeating pattern.

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Glaciers

Glaciers. By: Brittany Lawson . Information and Characteristics. Information- a glacier is a large persistent body of ice that forms where the accumulation of snow exceeds.

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Silicon

Silicon. By: Ariel Long & David Quinnelly. Background Information. Element Name: Silicon Element Symbol: Si Atomic Number: 14 Atomic Mass: 28.0855 Melting Point: 2577.20?F Silicon is a Solid and a Metalloid. It belongs to the Carbon Group. It was discovered in 1787 by

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SINGLE CRYSTALS

SINGLE CRYSTALS. ISSUES TO ADDRESS -What is single crystal ? -Most widely used Crystal Growth methods -Single crystal materials and their industrial applications . WHAT IS SINGLE CRYSTAL ? .

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Pole figures for 8th generation film

Processing steps. 1) Electropolished Nickel - single crystal substrate. 2) Epitaxial Copper - electrodeposition. 3) Epitaxial Nickel - electrodeposition. 5) Repolish. 4) Copper etching. Electron Backscattering and Pole figures.

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100% spin polarized Heusler compounds highly promising for spin-electronics

Exceptional-quality Heusler films for spin-electronics Fengyuan Yang, Ohio State University, DMR1107637. X 2 Y Z (e.g. Co 2 FeSi) Heusler crystal.

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