'Miller indices' presentation slideshows

INTRODUCTION TO CRYSTAL PHYSICS

2.27k views • 187 slides

CYL729: Materials Characterization

CYL729: Materials Characterization. Diffraction Microscopy Thermal Analysis A. Ramanan Department of Chemistry aramanan@chemistry.iitd.ac.in. Reference Books. George M. Crankovic (Editor). Electro-magnetic Spectrum. History of X-rays.

1.72k views • 85 slides

Crystallography and Structure

2.08k views • 66 slides

2-1 Basic concept ? Crystal structure = lattice structure + basis

II Crystal Structure. 2-1 Basic concept ? Crystal structure = lattice structure + basis ? Lattice points: positions (points) in the structure which are identical. X. X. X. X. X. X. X. X. X. X. X. X. X. X. X. X. lattice point. Not a lattice point.

1.01k views • 47 slides

CHAPTER 3

CHAPTER 3. Crystal Structures and Crystal Geometry. 3-1. The Space Lattice and Unit Cells. Atoms, arranged in repetitive 3-Dimensional pattern, in long range order (LRO) give rise to crystal structure . Properties of solids depends upon crystal structure and bonding force.

1.06k views • 44 slides

Crystallography: Forms and Planes

Crystallography: Forms and Planes. Mineralogy Carleton College. Miller Indices (hkl).

374 views • 37 slides

Symmetry & Crystal Structures

Symmetry & Crystal Structures. Solid State Physics 355 Topic 1. Crystals. Atoms that are bound together, do so in a way that minimizes their energy. This most often leads to a periodic arrangement of the atoms in space. If the arrangement is purely periodic we say that it is crystalline.

1.04k views • 37 slides

PH0101 UNIT 4 LECTURE 2

PH0101 UNIT 4 LECTURE 2. MILLER INDICES PROCEDURE FOR FINDING MILLER INDICES DETERMINATION OF MILLER INDICES IMPORTANT FEATURES OF MILLER INDICES CRYSTAL DIRECTIONS SEPARATION BETWEEN LATTICE PLANES. MILLER INDICES. The crystal lattice may be regarded as made

992 views • 36 slides

INTRODUCTION TO CERAMIC MINERALS

INTRODUCTION TO CERAMIC MINERALS. 1.7 BASIC CRYSTALLOGRAPHY. BASIC CRYSTALLOGRAPHY. Crystallography is the experimental science of determining the arrangement of atoms in solids . In older usage, it is the scientific study of crystals .

708 views • 34 slides

Announcements Revised Lab timings: 1-3 PM (all groups) 2) Quiz 1, 28 th Jan 2014,

Announcements Revised Lab timings: 1-3 PM (all groups) 2) Quiz 1, 28 th Jan 2014, Tuesday 7:30 PM, WS 209, WS 213. Chapter 3 Crystal Geometry and Structure Determination. Recap. Lattice, Motif/Basis. Crystal = Lattice + Motif. e.g. Brass, diamond, ZnS.

515 views • 33 slides

Crystal structures

Crystal structures. When we look around much of what we see is non-crystalline (organic things like wood, paper, sand; concrete walls, etc. ? some of the things may have some crystalline parts!).

433 views • 22 slides

First Time User Guide to Crystal Viewer Tool on nanoHUB.org

First Time User Guide to Crystal Viewer Tool on nanoHUB.org. Abhijeet Paul Sebastian Steiger Ben Haley Gerhard Klimeck NCN @ Purdue University West Lafayette, IN 47906, USA. Topics Discussed. What are crystals ? How are they represented ? Basics of crystallography :

407 views • 22 slides

Crystallographic Axes

Crystallographic Axes. Klein (2002) p. 194-197. Which Crystal System?. a=b=c ? = ? = ? = 90? a=b=c ? = ? = ? = 90? a1 = a2 = a3 (120?), c perpendicular. Orthorhombic. Tetragonal. Hexagonal. Crystallographic axes.

617 views • 20 slides

CHE-20031 ( S tructural I norganic C hemistry) X-ray Diffraction & Crystallography lecture 2

CHE-20031 ( S tructural I norganic C hemistry) X-ray Diffraction & Crystallography lecture 2. Dr Rob Jackson LJ1.16, 01782 733042 r.a.jackson@keele.ac.uk www.facebook.com/robjteaching Twitter: #che20031. X-ray Diffraction & Crystallography: lecture 2 plan.

526 views • 19 slides

Lecture 10

Lecture 10. X-Ray Diffraction. Introduction I. History 1895 Wilhelm Conrad R ? ntgen discovered X-rays 1905 Albert Einstein introduces the concept of photons (concept not accepted until 1922)

373 views • 15 slides

3.14/3.40J/22.71J Recap Basic Crystallography and Miller Indices

3.14/3.40J/22.71J Recap Basic Crystallography and Miller Indices. Ting-Yun Huang 2012 Sep. 18 th. Outline. Basic Structures Cubic: FCC/BCC HCP Miller Indices From 3D to 4D: Miller indices for hexagonal crystals From 3D to 2D: Stereographic Projection Zone axis. BCC/FCC /HCP.

385 views • 13 slides

Semiconductor Fundamentals

617 views • 12 slides

Lattice Planes and Miller Indices

3.85k views • 9 slides

Miller indices and crystal directions

Miller indices and crystal directions. ?. How to describe a particular crystallographic plane and direction. not necessarily of equal length. Primitive translation vectors a 1 , a 2 , a 3 :. not necessarily right angles. Determine the intercepts of the face along the crystallographic axes,

1.25k views • 6 slides

EE130/230A Discussion 1

EE130/230A Discussion 1. Peng Zheng. Crystallographic Notation. Miller Indices:. h : inverse x -intercept of plane k : inverse y -intercept of plane l : inverse z -intercept of plane. (Intercept values are in multiples of the lattice constant;

186 views • 5 slides