'Closed surface' diaporamas de présentation

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Chapter 1. Electromagnetic Theory

Chapter 1. Electromagnetic Theory. Sept. 1 st , 2008. 1.1 Introduction to Microwave Engineering. Microwaves: 300 MHz ~ 300 GHz (1 mm ? ? ? 1 m) 1mm ? ? ? 10mm ? Millimeter waves

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Extra Dimensions at LHC

Extra Dimensions at LHC. Sun Kun OH (Konkuk) 2007.08.24 CHEP, KNU. New physics at TeV scale. If there are new physics at the TeV scale, the LHC should see them. Some basic properties of new physics signals can be measured. One of the possible new physics is the extra dimensions. CMS PTDR.

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Chapter 3

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EED 2008 : Electromagnetic Theory

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The Growth and Curvature of Surfaces C Goodman-Strauss strauss@uark.edu

The Growth and Curvature of Surfaces C Goodman-Strauss strauss@uark.edu. We are surrounded by surfaces that grow and develop, are shaped and sculpted through the control of curvature. . How does an ear, a leaf, or a cluster of blossoms grow, consistently and reliably?.

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Differential Calculus: f ( x ) : a function of a variable ( x )

Differential Calculus: f ( x ) : a function of a variable ( x ). Change in f ( x ) w.r.t x Slope of a graph f vs x d f /d x: Ordinary derivative. f ( x ) . x. Differential Calculus: f ( x,y,z ) : function of more than one variables. Del is a vector operator. The Del Operator.

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EE 2030: Electromagnetics (I)

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Electric Flux

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Electromagnetism in Physics

Electromagnetism is one of the fundamental phenomenon in nature. It is responsible for almost all the phenomena in our daily life. Electromagnetism spans both electric fields and magnetic fields.

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The electric flux may not be uniform throughout a particular region of space.

The electric flux may not be uniform throughout a particular region of space. We can determine the total electric flux by examining a portion of the electric flux passing through a small segment of the total area. If we look at infinitesimal sections of the area we get:.

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