'Body centered cubic' presentation slideshows

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

Chemistry: Atoms First Julia Burdge & Jason Overby

Chapter 12. Chemistry: Atoms First Julia Burdge & Jason Overby. Intermolecular Forces and the Physical Properties of Liquids and Solids. Kent L. McCorkle Cosumnes River College Sacramento, CA. 12. Intermolecular Forces and the Physical properties of Liquids and Solids.

1.49k views • 72 slides

Phases of Matter / Phases Diagrams Solids (Crystals) & Solutions Colligative Properties

Intermolecular Forces II. Phases of Matter / Phases Diagrams Solids (Crystals) & Solutions Colligative Properties. Dr. Ron Rusay. Phase Diagrams. Graph of pressure-temperature relationship; describes when 1,2,3 or more phases are present and/or in equilibrium with each other.

713 views • 50 slides

Chapter 3: Structure of Metals and Ceramics

821 views • 39 slides

Chapter 3: Structure of Metals and Ceramics

407 views • 39 slides

Intermolecular forces: Generalizing properties

Intermolecular forces: Generalizing properties. Low boiling point = particles are more likely to leave liquid solution Weaker IM forces = lower boiling point Lower boiling point = more vapor = higher vapor pressure High boiling point = slow evaporation

437 views • 30 slides

HAZ and Heat Input

HAZ and Heat Input. Basic Metal Structures. III. Interstitial Atom. II. Substitutional Atom. I. Pure Metal. Basic Metal Structures. I. Simple Cubic. II. Body Centered Cubic (BCC). III. Face Centered Cubic (FCC). Al, Cu, Ni. Fe, Cr. Temperature. % C. Iron-Carbon Diagram.

382 views • 26 slides

Ionic solids with formula Mx

Ionic solids with formula Mx. 201101021 ???. Contents. Basic crystal structure Metallic Crystals Structures of ionic solids with formula MX. Basic crystal structure. The primitive cubic structure - The most basic crystal structure, called simple cubic - All layers is identical

836 views • 25 slides

Solid state (Calculations & Doping)

Solid state (Calculations & Doping). Bonding in Solids. There are four types of solid: Molecular (formed from molecules) - usually soft with low melting points and poor conductivity.

246 views • 23 slides

Announcement

375 views • 18 slides

Bonding in Metals

Bonding in Metals. OBJECTIVES: Use the theory of metallic bonds to explain the physical properties of metals. Bonding in Metals. OBJECTIVES: Describe the arrangements of atoms in some common metallic crystal structures. Metallic Bonds. How atoms are held together in the solid.

306 views • 14 slides

Bonding in Metals

Bonding in Metals. OBJECTIVES: Use the theory of metallic bonds to explain the physical properties of metals. Bonding in Metals. OBJECTIVES: Describe the arrangements of atoms in some common metallic crystal structures. Metallic Bonds. How atoms are held together in the solid.

288 views • 14 slides

Bonding in Metals

Bonding in Metals. OBJECTIVES: Use the theory of metallic bonds to explain the physical properties of metals. Bonding in Metals. OBJECTIVES: Describe the arrangements of atoms in some common metallic crystal structures. Metallic Bonds. How atoms are held together in the solid.

273 views • 14 slides

Metallic Bonds

315 views • 13 slides