The science and applications of acoustics Daniel R. Raichel.
Raichel, Daniel R.| Call Number | 534 R13S |
| Author | Raichel, Daniel R. |
| Title | The science and applications of acoustics Daniel R. Raichel. |
| Edition | 2nd ed. |
| Publication | New York : Springer Science+Business Media, c2006. |
| Physical Description | xii, 660 p. : ill. ; 25 cm. |
| Contents | A capsule history of acoustics. -- Fundamentals of acoustics. -- Sound wave propagation and characteristics. -- Vibrating strings. -- Vibrating bars. -- Membrane and plates. -- Pipes, waveguides, and resonators. -- Acoustic analogs, ducts, and filters. -- Sound-measuring instrumentation. -- Physiology of hearing and psychoacoustics. -- Acoustics of enclosed spaces: architectural acoustics. -- Walls, enclosures, and barriers. -- Criteria and regulations for noise control. -- Machinery noise control. -- Underwater acoustics. -- Ultrasonics. -- Commercial and medical ultrasound applications. -- Music and musical instruments. -- Sound reproduction. -- Vibration and vibration control. -- Nonlinear acoustics. -- Appendix A. Physical properties of matter. -- Appendix B. Bessel functions. -- Appendix C. Using Laplace transforms to solve differential equations. |
| Subject | SOUND. Ac�ustica. Som. |
| Multimedia |
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$a A capsule history of acoustics. -- Fundamentals of acoustics. -- Sound wave propagation and characteristics. -- Vibrating strings. -- Vibrating bars. -- Membrane and plates. -- Pipes, waveguides, and resonators. -- Acoustic analogs, ducts, and filters. -- Sound-measuring instrumentation. -- Physiology of hearing and psychoacoustics. -- Acoustics of enclosed spaces: architectural acoustics. -- Walls, enclosures, and barriers. -- Criteria and regulations for noise control. -- Machinery noise control. -- Underwater acoustics. -- Ultrasonics. -- Commercial and medical ultrasound applications. -- Music and musical instruments. -- Sound reproduction. -- Vibration and vibration control. -- Nonlinear acoustics. -- Appendix A. Physical properties of matter. -- Appendix B. Bessel functions. -- Appendix C. Using Laplace transforms to solve differential equations.
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| Contents | A capsule history of acoustics. -- Fundamentals of acoustics. -- Sound wave propagation and characteristics. -- Vibrating strings. -- Vibrating bars. -- Membrane and plates. -- Pipes, waveguides, and resonators. -- Acoustic analogs, ducts, and filters. -- Sound-measuring instrumentation. -- Physiology of hearing and psychoacoustics. -- Acoustics of enclosed spaces: architectural acoustics. -- Walls, enclosures, and barriers. -- Criteria and regulations for noise control. -- Machinery noise control. -- Underwater acoustics. -- Ultrasonics. -- Commercial and medical ultrasound applications. -- Music and musical instruments. -- Sound reproduction. -- Vibration and vibration control. -- Nonlinear acoustics. -- Appendix A. Physical properties of matter. -- Appendix B. Bessel functions. -- Appendix C. Using Laplace transforms to solve differential equations. |
| Subject | SOUND. Ac�ustica. Som. |
| Multimedia |