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Electromagnetic Waves on Lines and in Space
Solutions of Wave Equations
9 other sections not shown
acoustic waves amplitude applied approximation assumed attenuation cable Calculate Chap characteristic impedance component considered corresponds density derivation diffusion processes direction discussed distance distortion term driving function electric field electromagnetic waves Engineering Example expressed frequency gases given heat conduction heat flow Hooke's law Laplace transform liquid load longitudinal wave lossless waves m/sec mass per unit McGraw-Hill Book Company memory function modulus nepers newtons/m2 obtain parameters particle velocity phase plane wave plot pressure problems pulse quantity reflected wave reflection coefficient response semiconductors shear wave sinusoidal solution sound wave standing-wave ratio superposition surface Table telegrapher's equations temperature tension tion Transistor transmission line Transmission-line Analog Transmission-line Waves types of waves undistorted unit area variables velocity of propagation vibrating string voltage voltage and current volume wave equation wave traveling wavelength waves in space York Young's modulus zero