Music, physics and engineering
This extraordinarily comprehensive text, requiring no special background in physics, math or music, discusses the nature of sound waves, musical instruments, musical notation, acoustic materials, elements of sound reproduction systems — from the telephone to stereo sound systems — and electronic music. "Very thorough, and full of well-presented facts." — Musical Times. Includes 376 figures.
72 pages matching harmonics in this book
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acoustic spectrums Acoustical Engineering acoustical impedance acoustical resistance actuated air column air stream amplifier amplitude bass clarinet consists corresponding coupled CYCLES PER SECOND decibels depicted in Fig described in Sec diaphragm directional characteristics dynes per square earphone electrical electronic music elements equal temperament FREQUENCY IN CYCLES frequency range fundamental frequency harmonics hole horn inches intensity interval Jour length loudness loudspeaker low-frequency magnetic tape microphone minor scale monophonic musical instruments musical scale noise Nostrand Company octave Olson orchestra organ pipe overtones pedal percussion instruments Perspective view phonograph piano pickup pitch produced radio ratio reactance recording reed reflected sound reproduced sound resonant frequency reverberation schematic view SECOND Fig sectional views semitone shown in Fig sound output sound pressure sound source sound wave sound-reproducing system soundboard speech square centimeter stereophonic sound string studio timbre tion tone tube valve vibrating system violin voltage volume current