'Electric field intensity' diaporamas de présentation

by Nannapaneni Narayana Rao Edward C. Jordan Professor Emeritus of Electrical and Computer Engineering University of Ill

Fundamentals of Electromagnetics for Teaching and Learning: A Two-Week Intensive Course for Faculty in Electrical-, Electronics-, Communication-, and Computer- Related Engineering Departments in Engineering Colleges in India. by Nannapaneni Narayana Rao Edward C. Jordan Professor Emeritus

1.52k views • 134 slides

3.25k views • 81 slides

ENTC 4350

ENTC 4350. ELECTROSURGICAL UNITS (ESUs). General Surgery. The electrosurgical unit (ESU) is generally used in surgery.

922 views • 71 slides

400

885 views • 55 slides

Finite Element Method (FEM)

Finite Element Method (FEM). BELA: Finite Element Electrostatic Solver FEMM: Finite Element Method Magnetics. Plasma Application Modeling Group POSTECH. Contents. Introduction to BELA and FEMM packages Step 1. Drawing the problem geometry Step 2. Solve the problem

1.49k views • 42 slides

Chapter 16

Chapter 16. Conceptual questions: 5,7,13 Quick quizzes: 2,3,4,6 Problems: 1,11,34,43 Examples: 1,3,6,7,8. Electric Energy and Capacitance. Work and Potential Energy. The electrostatic force is a conservative force. As the charge moves from A to B, work is done in it W = F d= q E d

611 views • 35 slides

Physics 214

621 views • 33 slides

Kinematics of collision processes

647 views • 30 slides

Lecture 5 Electric Flux Density and Dielectric Constant Boundary Conditions

Lecture 5 Electric Flux Density and Dielectric Constant Boundary Conditions. Electromagnetics Prof. Viviana Vladutescu. Electric Flux Density.

900 views • 28 slides

Electromagnetic Waves and Their Propagation Through the Atmosphere

Electromagnetic Waves and Their Propagation Through the Atmosphere. ELECTRIC FIELD. An Electric field exists in the presence of a charged body. ELECTRIC FIELD INTENSITY ( E ). A vector quantity: magnitude and direction (Volts/meter).

697 views • 26 slides

Chapter 5 Current and Conductors

Engineering Electromagnetics. Chapter 5 Current and Conductors. Chapter 5. Current and Conductors. Current and Current Density. Electric charges in motion constitute a current .

539 views • 26 slides

Capacitance

527 views • 26 slides

657 views • 25 slides

512 views • 24 slides

Resistivity Study Spring 2010 Field Exercise Applied Geophysics 492/692

Resistivity Study Spring 2010 Field Exercise Applied Geophysics 492/692. Amie Lamb, Katie Ryan, Justin Skord and Nicole Shivers. Background. Resistivity is used to determine subsurface geology at shallow depths. Resistivity can locate fault zones, mineral content and the presence of fluids.

448 views • 24 slides

Electricity and Magnetism INEL 4151

364 views • 20 slides

Dielectric Materials

Dielectric Materials. E. What is a dielectric material?. Dielectric materials consist of polar molecules which are normally randomly oriented in the solid. They are not conductors. When a dielectric material is placed in an external

2.74k views • 15 slides

Capacitance

312 views • 14 slides

Fields and Waves

Fields and Waves. Lesson 5.5. Wave Reflection and Transmission. Normal incident. MEDIUM 2 ? 2. MEDIUM 1 ? 1. incident plane wave. transmitted plane wave. reflected plane wave. wave is normally incident on an infinite interface separating two different media

377 views • 10 slides

Motion in a Plane

Motion in a Plane. Scalar Quantities. Physical quantities which can completely be specified by a number (magnitude) having an appropriate unit are known as Scalar Quantities.

278 views • 10 slides