'Hexagonal' diaporamas de présentation

Oblique lattice

Oblique lattice. a ? b a ? 90? Symmetry 2. Rectangular lattice. a ? b a = 90? Symmetry 2mm. Centered rectangular lattice Diamond lattice. a = b a ? 90? or 120? Symmetry 2mm. Hexagonal lattice. a = b a = 120? Symmetry 6mm. Square lattice. a = b a = 90? Symmetry 4mm.

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CDT Department

Graphic Communication. Hexagons & Hexagonal Prisms. CDT Department. Hexagons. Hexagons are 6 sided shapes. Hexagons can be dimensioned in 2 different ways. 1. Across the faces. 2. Across the corners. Hexagons- Across the Faces.

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Johnstone High School

Johnstone High School. Graphic Communication. Hexagons & Hexagonal Prisms. Technology Department. Hexagons. Hexagons are 6 sided shapes. Hexagons can be dimensioned in 2 different ways. 1. Across the faces. 2. Across the corners. Hexagons- Across the Faces.

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Graphic Communication

Graphic Communication. Hexagons & Hexagonal Prisms. Hexagons. Hexagons are 6 sided shapes. Hexagons can be dimensioned in 2 different ways. 1. Across the faces. 2. Across the corners. Hexagons- Across the Faces. The dimension of the hexagon is taken from one face to the opposite face.

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Crystal Structure Determination and Refinement Using the Bruker AXS SMART APEX II System

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A CONCEPT FOR CHERENKOV TELESCOPES FOR ULTRA-II

A CONCEPT FOR CHERENKOV TELESCOPES FOR ULTRA-II. Florian Goebel, Anton Kabelschacht, Eckart Lorenz. SUMMARY PHYSICS GOALS AND PROSPECTS Study of the spectra of galactic point sources as well as extended galactic sources up to around 100 TeV

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The indeterminate situation arises because the plane passes

The indeterminate situation arises because the plane passes through the origin. After translation, we obtain intercepts . By inverting them, we get. Stacking of (0002) planes. Figure 9-7 Hexagonal structure consisting of a three-unit cell.

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PhD Candidate: Guang WANG Supervisors: Lingxue Kong (Deakin University)

Monolithic mesophase polymer membrane templated from ternary hexagonal lyotropic liquid crystal system. PhD Candidate: Guang WANG Supervisors: Lingxue Kong (Deakin University) Chris Garvey (ANSTO) Maria Forsyth (Deakin University).

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REVIEW OF HEXAGONAL ARRAYS

REVIEW OF HEXAGONAL ARRAYS. Gaurav Baone 01/29/04. OUTLINE . Why Hexagonal? Hexagonal vs. Square Tessellation Coordinate System for hexagonal arrays Hexagonal Sampling Resolution of Hexagonal array images Disadvantages of hexagonal arrays. Why Hexagonal.

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Novel Complex Ceramic Oxides for Polyphase Ceramic Waste-Forms

Materials Research Society Scientific Basis for Nuclear Waste Management Symposium 2017. Novel Complex Ceramic Oxides for Polyphase Ceramic Waste-Forms. Robert Aughterson Gregory R. Lumpkin, Katherine L. Smith, Julie M. Cairney. Synroc: the waste solution.

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Yummy Honey Quiz Show

Yummy Honey Quiz Show. Test your knowledge on the production of honey! Can you guess the right answers? Click anywhere on the slides to advance and the correct answers will be revealed to you!. Yummy Honey Quiz Show. Without the queen bee, the hive will die.

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Body centered cubic

Body centered cubic. Note that each corner atom is in eight cubes so only 1/8 of the corner atom is in this cell Number of atoms = 1 center + 8 x 1/8 corners = 2 in the unit cell. Face centered cubic. Eight atoms at the corners Six atoms at the face centers Each face atom is in two cubes

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