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Materias:

Tabla de Contenidos: “…Sound Engineering Explained; Copyright; Contents; Preface; Acknowledgements; About this book; 1 Sound waves; Part 1; What are sound waves?; Frequency; Wavelength; Amplitude; The velocity of sound waves; Velocity, frequency and wavelength; Sound waves and obstacles; The bending of sound waves (diffraction); Units used in sound; Sound intensity and the effect of distance; Decibels; Part 2; The velocity of sound waves; Units; Decibels; 2 Hearing and the nature of sound; Part 1; The response of the ear; Loudness. …”

Tabla de Contenidos: “…Cover -- Preface -- Contents -- Part I: Audio and Video Systems -- Chapter 1: Wave Motion -- Mechanical Waves -- Types of Waves -- Longitudinal Waves -- Wave Properties -- Energy Dissipation and Wave Motion -- Intensity of a Wave -- Sound Level -- Properties of Sound Waves -- Transverse Waves -- Refraction of Waves -- Reflection of Waves -- Interference of Waves -- Superposition of Waves -- Complex Waves -- Beats -- Forced Vibrations -- Resonance -- Echoes -- Descriptive Questions -- Multiple Choice Questions -- Fill in the Blanks -- Numerical Questions -- Chapter 2: Microphones -- Microphone -- Characteristics of Microphones -- Output Level -- Frequency Response -- Output Impedance -- Directivity -- Carbon Microphones -- Crystal Microphones -- Moving Coil (Dynamic) Microphones -- Ribbon (Velocity) Microphones -- Capacitor Microphones -- Electret Microphones -- Gun Microphones -- Parabolic Reflector -- Lavalier Microphones -- Tie-clip Microphones -- Wireless Microphones -- Dual-unit Microphones -- Electrical, Mechanical and Acoustical Analogs -- Descriptive Questions -- Multiple Choice Questions -- Fill in the Blanks -- Chapter 3: Headphones and Hearing Aids -- Headphones and Headsets -- Types of Headphones -- Moving-iron Headphones -- Crystal Headphones -- Dynamic Headphones -- Electrostatic Phones -- Electret Electrostatic Headphones -- Hearing Impairments -- Audiometry -- Air Conduction -- Bone Conduction -- Un-Comfortable Level (UCL) -- Most Comfortable Level (MCL) -- Masking -- Speech Audiometry -- Impedance Audiometry -- Hearing Aids -- Full Concha Model -- Canal Models -- Body Worn Aids -- Hearing Glasses -- CROS/BICROS -- Hearing Aid Models -- Inside a Hearing Aid -- The Microphone -- The Telecoil -- Audio Input -- The Amplifier -- The Discrete Amplifier -- Thin Film Amplifier -- Thick Film Amplifier -- Integrated Circuits (IC)…”

Tabla de Contenidos: “…7.2 Visualizing the Frequency Spectrum of an Audio Signal -- 7.3 Periodic Signals -- 7.3.1 Sine Wave -- Trigonometric Sine Function -- Synthesizing a Sine Wave Signal -- Phase Angle of Rotation Over Time -- 7.3.2 Cosine Function -- 7.3.3 Square Wave -- Square Wave Additive Synthesis -- Duty Cycle -- 7.3.4 Sawtooth Wave -- Sawtooth Wave Additive Synthesis -- 7.3.5 Triangle Wave -- Triangle Wave Additive Synthesis -- 7.3.6 Impulse Train -- Impulse Train Additive Synthesis -- 7.4 Aperiodic Signals -- 7.4.1 White Noise -- Bibliography -- 8. …”

Tabla de Contenidos: “…Stereo; Two loudspeakers; Reduced loudspeaker separation; Alternatives to two loudspeakers; Hearing and stereo…”

Recurso relacionado

Tabla de Contenidos: “…Power and Root Mean Square ValuesCalculating Power; Feedback; Oscillators and Multipliers; Chapter 5 Block and Circuit Diagrams; Diagrams; Circuit Diagrams; Block Diagrams; Linear Circuit Blocks; Filtering; Digital Circuit Blocks; Other Blocks; Chapter 6 How Traditional Radio Works; Radio Waves; Transmission and Reception; Modulation; Reception; Radio Block Diagrams; Stereo Radio; Internet Radio; Chapter 7 Disc and Tape Recording; Early Gramophones; Electrical Methods; Hi-Fi and Stereo; Tape and Cassette; Cinema Sound; Home Cinema; Noise; Video and Digital Recording…”

Tabla de Contenidos: “…; A vibrating source; Characteristics of a sound wave; How sound travels in air; Simple and complex sounds; Frequency spectra of repetitive sounds; Frequency spectra of non-repetitive sounds; Phase; Sound in electrical form; Displaying the characteristics of a sound wave; The decibel; Sound power and sound pressure; Free and reverberant fields; Standing waves…”

Tabla de Contenidos: “…Sound Power and Sound PressureFree and Reverberant Fields; Standing Waves; Recommended Further Reading; Chapter 2 Auditory Perception; The Hearing Mechanism; Frequency Perception; Loudness Perception; Practical Implications of Equal-Loudness Contours; Spatial Perception; Recommended Further Reading; Recommended Listening; Chapter 3 Microphones; The Moving-Coil or Dynamic Microphone; The Ribbon Microphone; The Capacitor or Condenser Microphone; Directional Responses and Polar Diagrams; Specialized Microphone Types; Switchable Polar Patterns; Stereo Microphones; Microphone Performance…”

Tabla de Contenidos: “…Front Cover; Sound Engineer's Pocket Book; Copyright Page; Contents; Preface to second edition; Introduction; 1.Basic principles; 2.The physics of sound waves; 3.The hearing process; 4.Acoustic noise and its measurement; 5.Typical noise levels; 6.Electromechanical analogies; 7.Digital principles; 8.Acoustics; 9.Sound isolation; 10.Microphones; 11.Radio microphone frequencies; 12.Loudspeakers; 13.Stereo; 14.Analogue sound mixing equipment; 15.Signal processing; 16.Analogue recording and reproduction; 17.Analogue noise reduction; 18.Compact disc; 19.Digital audio tape; 20.Audio measurements…”

Tabla de Contenidos: “…Cover -- Title -- Copyright -- Contents -- Contributors -- Foreword -- Acknowledgements -- Introduction -- 1 Perception of Spatial Sound -- Auditory Physiology -- Human Sound Localization -- Head-Related Transfer Functions (HRTFs) and Virtual Acoustics -- Neural Plasticity in Sound Localization -- Distance and Environmental Context Perception -- Conclusion -- 2 History of 3D Sound -- Introduction -- Prehistory -- Ancient History -- Space and Polyphony -- Spatial Separation in the Renaissance -- Spatial Innovations in Acoustic Music -- 3D Sound Technology -- Technology and Spatial Music -- Conclusions and Thoughts for the Future -- 3 Stereo -- Stereo Systems -- Creating a Stereo Image -- Stereo Enhancement -- Summary -- 4 Binaural Audio Through Headphones -- Headphone Reproduction -- Binaural Sound Capture -- HRTF Measurement -- Binaural Synthesis -- Inside-the-Head Locatedness -- Advanced HRTF Techniques -- Quality Assessment -- Binaural Reproduction Methods -- Headphone Equalization and Calibration -- Conclusions -- Appendix: Near Field -- 5 Binaural Audio Through Loudspeakers -- Introduction -- The Fundamental XTC Problem -- Constant-Parameter Regularization -- Frequency-Dependent Regularization -- The Analytical BACCH Filter -- Individualized BACCH Filters -- Conclusions -- Appendix A: Derivation of the Optimal XTC Filter -- Appendix B: Numerical Verification -- 6 Surround Sound -- The Evolution of Surround Sound -- Surround Sound Formats -- Surround Sound Delivery and Coding -- Surround Sound Monitoring -- Surround Sound Recording Techniques -- Perceptual Evaluation -- Predictive Models of Surround Sound Quality -- 7 Height Channels -- Background -- Fundamental Psychoacoustics of Height-Channel Perception -- Multichannel Reproduction Systems With Height Channels -- Recording With Height Channels -- Conclusion -- 8 Object-Based Audio…”

Tabla de Contenidos: “…Radio today, yesterday and tomorrow; The story of radio; Radio tomorrow; Chapter 2. Radio waves andpropagation; Radio waves; Frequency to wavelength conversion; Polorlzction; Radio spectrum; How radio signals travel; Levers above the earth; Ground wave; Skywaves; Distances and the angle of radiation; Multiple reflections; Chordal hop; Critical frequency; MUF; LUF; Skip zone; Stelte of the ionosphere; Propagation prediction; VHF and above; Tropo-scatter; Sporadic E; Meteor scatter…”

Tabla de Contenidos: “…; A VIBRATING SOURCE; CHARACTERISTICS OF A SOUND WAVE; HOW SOUND TRAVELS IN AIR; SIMPLE AND COMPLEX SOUNDS; FREQUENCY SPECTRA OF REPETITIVE SOUNDS; FREQUENCY SPECTRA OF NON-REPETITIVE SOUNDS; PHASE; SOUND IN ELECTRICAL FORM; DISPLAYING THE CHARACTERISTICS OF A SOUND WAVE; THE DECIBEL; SOUND POWER AND SOUND PRESSURE; FREE AND REVERBERANT FIELDS…”

Tabla de Contenidos: “…VARIABLE ATTENUATORSLOSS PADS; FILTERS AND EQUALIZERS; RESISTANCES IN SERIES AND PARALLEL; WHEN TO USE A FIXED EQUALIZER; CAUTIONS REGARDING EQUALIZER USE; RECOVERY AMPLIFIERS; ACTIVE CROSSOVERS AND SPEAKER PROCESSORS; Chapter 6: Speakers; SPEAKER POWER RATINGS; ESTIMATING THE POWER TO A SPEAKER; IEC SPEAKER POWER RATING; DIRECTIONAL PROPERTIES AND STEREO IMAGE; STEREO SURROUND; POOR MAN'S SURROUND; USING SPEAKER DIRECTIONAL PROPERTIES; FREQUENCY RESPONSE OF SPEAKERS; RESPONSE LIMITS OF SPEAKERS; STANDING WAVES; EFFICIENT BASS SPEAKER PLACEMENT; SPEAKER BAFFLES; BASS BOX DESIGN…”

Tabla de Contenidos: “…Cover; Audio Engineer's Reference Book; Copyright; Contents; Preface to first edition; Preface to second edition; Contributors; 1 Basic principles; 1.1 Mathematics, formulae and equations; 1.2 Units used in audio engineering; 1.3 The physics of sound waves; 1.4 The hearing process; 1.5 Perceptual audio coding; 1.6 Noise measurement; 1.7 Electromechanical analogies; 1.8 Introduction to digital audio; 2 Acoustics and acoustic devices; 2.1 Room acoustics; 2.2 Sound isolation and noise control; 2.3 Microphones; 2.4 Loudspeakers and headphones; 2.5 Stereo; 2.6 Microphones for stereo…”