Wiki.Audio English
Current version of the page has been reviewed and is approved ().
Welcome to Wiki.Audio, peace be with you.
This is a scientific and professional platform for Audio and Acoustics. The aim is to support and facilitate the personal development of individuals and to provide a valid basis for the global community in research and development. Therefore this site will remain freely accessible and independent. You are cordially invited to become a part of the international team.
This is a scientific and professional platform for Audio and Acoustics. The aim is to support and facilitate the personal development of individuals and to provide a valid basis for the global community in research and development. Therefore this site will remain freely accessible and independent. You are cordially invited to become a part of the international team.
Recently listed good articles
Comb filter
Helmholtz resonator
Reverberation time
Here is a first proposal for cooperation principles of wiki.audio.
Free - Content is accessible free of charge and without registration. It is available under a free licence (CC BY 3.0 DE, Attribution 3.0 Germany, Copyleft).
Objective - contributions should reflect the professional and scientific state of the art, go beyond flawed and superficial half-knowledge and thus provide a valid basis for the global community in research and development.
Independent - The common good takes precedence over individual interests and vested interests.
For learners - The aim of the site is to support and promote the personal development and lifelong learning of individuals.
Sitting on the other side is also a human being - Communication is appropriate and respectful. Discussions and other opinions are part of the academic discourse and can be endured.
Please be aware that this site is a prototype under construction. The few contents were taken from Sengpielaudio.com to check the technical feasibility and the integration of calculation tools.
Categories
Page tree
- Acoustics
- Perception
- Fundamentals
- Physiology
- Recording technology
- Reproduction technology
- Signal processing
- Organisation of Wiki.audio
- Alphabetical list of articles
- List of possible articlеs
Templates
- 1/R² Square Law
- 1/R Distance Law
- Acoustic Impedance
- Acoustic Power
- Air
- %Alcons
- Amplitude
- Articulation Loss Of Consonants
- Auditory Threshold
- Body Length
- Calculating
- Calculation
- Calculator
- Centimetres
- Cm
- Comparison
- Consonant
- Conversion
- Conversions
- Converter
- Damping
- Db
- Db Scale
- Decibel
- Decibels
- Decibel Table
- Distance
- Distance Law
- Distance Units
- Doubling Of Distance
- Drop Per Meter
- Eardrums
- Eigenfrequencies
- Eigenmodes
- Force
- High Impedance Bridging
- Human Height
- Ild
- Inches
- Intensity
- Interchannel Level Difference
- Interchannel Time Difference
- Interpolation Polynomial Formula After Lagrange
- Itd
- Left Localisation Shift
- Length
- Localization Curves
- Loudness
- Loudness Comparison Chart
- Loudspeaker
- Loudspeaker Stereo
- Mass Units
- Microphones
- Microphone Sensitivity
- Noise
- Noise Decrease
- Phantom Source Image
- Pressure Waves
- Propagation Of Sound Out Of Doors
- Quantities
- Rectangular Rooms
- Reference Sound Intensity
- Reference Sound Pressure
- Reverberation
- Room Modes
- Sensitivity
- Size Measurements
- Sound
- Sound Energy Quantities
- Sound Energy Quantity
- Sound Energy Size
- Sound Field Quantities
- Sound Field Quantity
- Sound Field Size
- Sound Intensity
- Sound Intensity Level
- Sound Level
- Sound Level Drop
- Sound Levels
- Sound Power
- Sound Power Level
- Sound Pressure
- Sound Pressure Is The Effect
- Sound Pressure Level
- Sound Pressure Receptor
- Sound Pressure Sensor
- Sound Waves
- Speech
- Speech Transmission Index
- Spl
- Standing Waves
- Sti
- Table
- Threshold Of Hearing
- Threshold Of Pain
- Transfer Factor
- Unit Phon
- Units
- Unit Sone
- Voltage
- Voltage Bridging
- Volume
- Weight
- Weight Conversion
- Weighting Filter
- Weighting Filters