Download Pocket Radar Guide - Key Radar Facts, Equations, and Data by G. Richard Curry PDF

By G. Richard Curry

This ebook is a concise selection of key radar proof and significant radar information that offers the reader with precious radar details whilst clear of the place of work or references. It comprises statements and reviews on radar layout, operation, and function; equations describing the features and function of radar structures and their elements; and tables with facts on radar features and key functionality matters. it really is meant to complement different info resources through supplying a pocket better half to refresh reminiscence and supply information at any time when wanted, equivalent to in conferences, whereas touring, or within the box.

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Extra resources for Pocket Radar Guide - Key Radar Facts, Equations, and Data

Example text

Specular reflection The electric fields in the three waves are described by the following equations: Ee = EeOe27ri{m^'r/A-vt\ refracted: E'e = 27rKm r/k vt reflected: E"e = E"eOe27riim*u"r'r/x-vt). 2). The coefficients Ee0 = \Ee and are the amplitudes of the waves, and the exponents are the phases. 2. Reflection and transmission at normal incidence The case when the incident wave is traveling perpendicular to the boundary surface will be considered first as a prelude to the more complicated case of incidence from an arbitrary direction.

In this case np is normal to the surface, which means that both Ee and H w must be parallel to the surface. Then for all points on the surface, r is = 0. perpendicular to u , so that u r = u'-r The electric field Ee of the incident wave induces electric dipoles on the surface. 2, the fields generated by these dipoles are pointed in the opposite direction to Ee. 2a. Schematic diagram of the charges and fields induced on the surface by the incident wave and the fields in the incident, transmitted, and reflected waves.

This class is called the 3. The absorption of light 34 acoustical branch of the vibrational spectrum because it describes the propagation of pressure and shear waves. The second class, or branch, of waves describes vibrations in which the positive and negative ions move out of phase with each other, so that there is a net dipole moment associated with the motions. These types of waves are able to emit or absorb electromagnetic waves, and hence this is called the optical branch of lattice vibrations.

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