anechoic
- adjective
- /ˌeɪnəˈkoʊɪk/
- Specialized
- Recordings were made in an anechoic chamber at a sampling rate of 44,100 Hz on a Marantz PMD670.
- anechoic chamber
- anechoic room
And so if you were to do this, you'd see the subject in a anechoic room.
- And so if you were to do this, you'd see the subject in a anechoic room.
Examples
-
The recordings were made in an anechoic chamber with an Electro-Voice RE-55 microphone placed 6 inches in front of and above the speaker's mouth.
Academic text (1991) -
So an anechoic chamber is basically a room designed for measuring sound.
-
This is an anechoic chamber, with all six sides covered in acoustic material.
-
According to Heller and Bergman, 75 of 80 (93.8%) normal-hearing subjects developed tinnitus during a 5-minute stay inside an anechoic chamber.
Academic text (2005) -
The operations of interaural level and time difference cues and of spectral cues have normally been tested with headphones or by sound localization experiments in anechoic rooms, where all the sounds travel in a straight path from the source to the listener.
Academic text (1999) -
All recordings were made in an anechoic chamber with a high-quality recording system that consists of a RE11 Dynamic Cardioid microphone and a JVC KD-V6 stereo cassette deck.
Academic text (1992) -
In an anechoic chamber, sound is absorbed rather than reflected, making it ideal for sound testing.
-
The researchers conducted their experiments in an anechoic room to ensure accurate results without interference from echoes.
-
The quietest place on Earth is an anechoic chamber, where you can hear your own heartbeat and thoughts.
Synonyms
A place or sound where noise does not bounce back
Not causing echoes in a room or material
Antonyms
Compounds
- Specialized
A room that absorbs sound so there are no echoes, used for testing or recording
How Echoic
Surface Forms
Morphology
Etymology
Anechoic comes from the Greek parts an- meaning 'without' and echo meaning 'a sound that comes back'. So an anechoic room is 'without echoes', which is why it absorbs sound instead of letting it come back.