'Diamond structure' presentation slideshows

Semiconductor Detectors for Particle Physics

Semiconductor Detectors for Particle Physics. Outline. Background Objectives of lecture course Contents Part 1/4. TECHNOLOGY. PHYSICS. INDUSTRY. HEP Experiments. ATLAS CDF LHCb. Focus of Activities. High Precision Tracking. Facilities. Liverpool Semiconductor Detector Centre

1.71k views • 128 slides

Basic Structure of Condensed Materials

Basic Structure of Condensed Materials. Lecture 1. Outline. Motivation Atomic structure and interatomic bonding Crystalline materials Composite materials Soft materials (Polymers and Biomolecules) Magnetic materials Liquids and non-crystalline materials

742 views • 48 slides

CSC450 Software Engineering

Devon M. Simmonds University of North Carolina, Wilmington . Introduction to System Engineering. CSC450 Software Engineering. Outline. Introduction to system engineering System engineering tasks Need identification and scoping Information gathering techniques

653 views • 46 slides

Lecture 2 The Crystal Structure of Solids

DMT 234 SEMICONDUCTOR PHYSICS & DEVICE. Lecture 2 The Crystal Structure of Solids. Nor Roshidah 2012. SUBTOPIC. Point defect. Line defect. CZ. FZ. Crystal Growth. Si, Ge. Elementary. Frenkel defect. Imperfection Impurities. S/c material. GaAs, GaN InGaN, AlGaAs.

558 views • 45 slides

Diamonds

545 views • 16 slides

Objectives

Objectives. By the end of this section you should: recognise a range of basic crystal structures appreciate that a variety of important crystal structures can be described by close-packing be able to compare and contrast similar structures. Unit cell (cubic). symmetry. Why?.

551 views • 16 slides

Peyman Saidi Winter 2013

324 views • 15 slides

CHE 333 Class 23.

212 views • 14 slides

Diamond Structure

Diamond Structure. I BZ for FCC. I BZ for BCC. Brillouin Zones for a 2D square lattice. Construction of first 4 BZ for a 2D square lattice. Brilloin Zones. Construction of first BZ for an 2D oblique lattice.

344 views • 13 slides

Crystal structure of Diamond

Crystal structure of Diamond. Diamond structure is like a face-centered cubic(FCC) lattice. Each carbon atom joins four other carbon atoms in regular tetrahedrons. A tetrahedron has four faces and six edges. It is like an Egyptian pyramid in which the base is a triangle instead of a square. .

3.87k views • 11 slides

CAD & Rapid Prototyping by 3-Dimensional Printing (3DP TM )

CAD & Rapid Prototyping by 3-Dimensional Printing (3DP TM ). Rapid Toolers: Jordan Medeiros Stephanie Silberstein Hannah Yun. Recap: Our Task. Utilize 3D CAD software (Solidworks) and 3D printing Explore modern research fields and apply this technique Settle on a project idea!.

231 views • 11 slides

Crystal structure of Diamond

Crystal structure of Diamond. Diamond structure is like a face-centered cubic(FCC) lattice. Each carbon atom joins four other carbon atoms in regular tetrahedrons. A tetrahedron has four faces and six edges. It is like an Egyptian pyramid in which the base is a triangle instead of a square.

446 views • 11 slides

Diamonds

208 views • 8 slides