469 Royalty-Free Audio Tracks for "Hz"

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Natural armonics at 136,10hz, the 32th octave of the solar tropic year. Synthesized sound with zynaddsubfx.
Author: Xavipp
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Sample of harmonium at 136,10hz, the 32th octave of the solar tropic year.
Author: Xavipp
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01:04
One minute of tampura at 136,10hz, the 32th octave of the solar tropic year.
Author: Xavipp
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01:04
One minute of monochord at 136,10hz, the 32th octave of the solar tropic year.
Author: Xavipp
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00:38
Zil bel ice bell. Recorded a few feet away in a large reverberant room. 400 hz with a nice long tail.
Author: Drumsareus
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00:03
Casio hz-600 sample preset.
Author: Acollier
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05:60
Binaural beats from element phosphorus. Hello,this is the very real horst from town duisburg in germany. You will hear an experimental mix of sounds created with software audacity. The sounds from zymbel, mantra-bell and energy bar chime 639 hz, combined with stretched sound of mantra bell and underlying binaural tones of mineral phosphorus, 480 hz. Thanks for listening and i hopethat you will find truepeace on your waythe very real horst. .
Author: The Very Real Horst
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00:10
This is a single cut tone of my solfeggio 6 wind chimes, the sound of mi 528 hz cutted and improved with audacity software;thanks for your estimation,the very real horst from germany.
Author: The Very Real Horst
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A gibson sg with custom-59 pickups playing the open a string. Signal was captured using the bridge pickup exclusively. Length of sound capped at 10 secs and fade out effect added in audacity.
Author: Doomyd
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A brief burst of guitar noise or hum.
Author: Markgia
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Recording device: roland r-26 portable digital recorder. Microphone: built-in directional xy stereo microphone. Sample rate: 44100 hz. Rec format: wav 16-bit. Edited in: adobe audition (adjusted gain slightly, for a good signal level). Date and location: april 2016, field-recording, sweden. Other: this is an original recording, by myself, which i make available to all via freesound. Org under a creative common 0 (zero) license, i. E. I am putting it into the public domain. You do not have to ask me for permission or credit, attribute, or reimburse me. I hope the sound effect, or parts of it, can be of some use to someone somewhere. Good luck with your projects!kent. Ps. Please comment and rate.
Author: Kentspublicdomain
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00:11
The source of this sound is https://freesound. Org/people/doomyd/sounds/530580/ - a clean electric guitar open a string. This sound has been processed using the harmonic plus stochastical analysis of the sms-tools package https://github. Com/mtg/sms-tools with frequency scaling and frequency stretching, to give a metallic flange & 2 octave bend effect.
Author: Doomyd
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07:46
Tibetan bells and sounds from outer space,a pathway to inner peace. Sounds for relaxation and meditation. 289,4 hz is attributed to mars, 841,68 hz is frequency of synodic moon. Hello,this is the very real horst from duisburg germany with another soundpiece of tibetan singing bowl attributed to planets of our solar system. The sounds of mars/synodic moon, were taken by me on february 25th, 2014 also as a modul used in our soundproject "tibetan bells and sounds from outer space" at youtube-channel :https://www. Youtube. Com/user/taochisoundthe singing bowl has frequency of mars/synodic moon [grundton: mars 289,4 hz / synodic moon 841,68 hz; durchmesser ca. 170 mm; höhe ca. 80 mm; gewicht ca. 790 gramm] and was treated with different mallets [drumsticks]. For more information about frequencies of the planets, please visit:. Http://www. Planetware. De/tune_in/frequenz. Htmlhttp://wiki. Astro. Com/astrowiki/de/planetenton. I share three excerpts of these pieces of 03 min, 07,45 min and variation with stretched sound 3,07 min here for you for your free usefor more information about tibetan singing bowls please visit:http://en. Wikipedia. Org/wiki/singing_bowlthanks for listening andfind true peace on your waythe very real horst. .
Author: The Very Real Horst
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12:01
Alchemical elements - sound experiences to compare. Hello sound-freaks,. In this pack i share some selected pieces of binaural beats referring to basic elements of ancient alchemy. If you listen, you should use headphone. I start with sulfur:. According to paracelsus (1493–1541), the three primes or tria prima – of which material substances are immediately composed – are:. Mercury (mind)salt (base matter or body)sulfur (spirit). (https://en. Wikipedia. Org/wiki/alchemical_symbol). Here some data for the sulfur binaural soundpieces i've worked with:symbol/atomic number in periodic table/nuclear magnetic resonance (nmr frequencies):s 16 7. 67 163,27 hz (176,01 hz: a series with this frequency may come later). You may listen to binaural variations of sulfur same nmr frequency 163,27 hz hz but different intervals:. Binaural creations of sulfur in these sounds on nmr 163,27 hzyou can read the distance to the core tone from the name of the soundfiles. For comparison with the basic or target tone, i added a sulfur stereo sound of 163. 27 hz as a audio test for you in this pack. Have a nice dayand fun with these compositions,the horst from germany. Some informations about sulfur as a homoeopathic remedy (if you are interested):. Https://www. Britishhomeopathic. Org/charity/how-we-can-help/articles/homeopathic-medicines/s/sulphur/http://homoeopathie-liste. De/mittel/sulfur. Htm.
Author: The Very Real Horst
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09:31
22-sharavana-sun, tibetan singing bowl the experimental mix-iii with ebc-174 & 396hz. Hello,this is the very real horst from town duisburg in germanyyou will hear an experimental mix of sounds created from energy bar chimes and tibetan singing bowl, mixed and modified with software audacity. This soundpiece includes different versions of stretched sounds from singing bowl with frequency of the sun as well as sounds from energy bar chimes frequencies solfeggio 174, aka foundation and 396 aka "liberation from fear" and binaural beats with frequency of the sun. Hope you'll enjoy listening and that you will find truepeace on your waythe very real horst.
Author: The Very Real Horst
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423.2 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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422.5 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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Beispiel für ein durch Schwebung hervor gerufenes Tremolo ("Vibrato"). Grundfrequenz 1: 500 Hz; Grundfrequenz 2: 506 Hz. Resultierende Oszillationsfrequenz (Schwebungsfrequenz): 6 Hz.
Author: Reinhard
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Ejemplo de batimiento (acústica). Frecuencias: 440 Hz y 339 Hz.Example of beating (acoustic). Frequencies: 440 Hz and 339 HzNederlands: Voorbeeld van zweving (akoestiek). Frequencies: 440 Hz en 339 Hz
Author: Natanael Olaiz
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Beispiel für ein durch Frequenzmodulation hervor gerufenes Vibrato. Grundfrequenz: fg= 500 Hz; Modulationsfrequenz: fmod= 6 Hz; Frequenzänderung: Δ f = 50 Hz.
Author: Reinhard
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Rauhigkeit 1 Apser = Sinus 1000 Hz und Sinus 1070 Hz gleichzeitig.The sound of a harshness of 1 asper = a sine wave tone of 1000 Hz 100 % modulated with a sine wave tone of 70 Hz at 60 dB sound pressure.
Author: Joachim Mohr
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Sinuston 433 Hz
Author: Joachim Mohr
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Sinuston 431 Hz
Author: Joachim Mohr
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Sinuston 432 Hz
Author: Joachim Mohr
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Sinuston 434 Hz
Author: Joachim Mohr
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Beispiel für ein durch Amplitudenmodulation hervor gerufenes Tremolo ("Vibrato"). Grundfrequenz: 500 Hz; Modulationsfrequenz: 6 Hz.
Author: Reinhard
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409 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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00:07
Čeština: 130 - 440 Hz
Author: Voxhumana at cs.wikipedia
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Čeština: 261 - 880 Hz
Author: Voxhumana at Czech Wikipedia
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A mean fifth (sine waves of 300 Hz and 448.6Hz) followed by a wolf fifth (300 Hz and 459.37Hz); intervals occur in quarter-comma meantone temperament.
Author: Jeff Dahl
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450 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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435 Hz tone
Author: Original uploader was Denelson83 at en.wikipedia
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439 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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480 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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451 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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430.54 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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50 Hz hum of an AC power system
Author: BPK
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Un la à 440hz, puis un la élevé d'un comma à 446 hz, puis les deux ensemble. Fait avec CSound.An A at 440 hz, then an A + one comma at 446hz, then both together. Made with CSound.
Author: PierreLa
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880 Hz tone No creative content.
Author: The original uploader was Denelson83 at English Wikipedia.
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A sound file playing the interval of an augmented fifth, in equal temperment. The first tone is a sine wave at 300 Hz, the second is at 476.1 Hz, the last is the interval. Made with NCH Tone generator.
Author: Jeff Dahl
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Sound of a bee skep bell with principal tone at 1133 Hertz Klang einer Bienenkorbglocke mit Hauptton bei 1133 Hertz
Author: Membeth
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A 1500 Hz tone broadcast by WWV, the radio station of the United States National Institute of Standards and Technology.
Author: Originally uploaded by Denelson83 at en.wikipedia.
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Tone mixtures for Group I of Studie II. First five pitches (Group I: 1). G♯=100 Hz.
Author: Hyacinth
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00:06
An augmented fifth in just temperment. The first tone is a sine wave of 300Hz, the second is 468.75 Hz, the third is the interval. Made with NCH tone generator
Author: Jeff Dahl
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1000 Hz tone, created by Denelson83 Note on playing this audio clip This audio clip is an en:Ogg Vorbis file. For a list of compatible media players, see the article at [1].
Author: The original uploader was Denelson83 at English Wikipedia.
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Fragment from BWV565 as used in Paratrooper video game intro. Exported from the original game running in DOSBox 0.70, and converted to OGG format (22050 Hz, Average Bit Rate: 112 kbps).
Author: Untitled
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A sample made by myself (Paul Nasca) using ZynAddSubFX and Praat that will be used to show the RingModulation effect. This is the a sample ring-modulated by a sound of 2500 Hz.
Author: Paulnasca at English Wikipedia
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Noise v1.
Author: Asdfgort
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10:01
Binaural beat created by 500 hz tone in left ear 501. 5 hz in right ear.
Author: Pbabin
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10:01
Binaural beat created by 60 hz tone in left ear 61. 5 hz in right ear.
Author: Pbabin
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