Son d'une cloche d'église. Son enregistré avec un zoom h4n pro et une bonnette rycote mini wind screen. Sound of church bells. Sound recorded with a zoom h4n pro and a rycote mini wind screen. My sounds are licensed under the creative commons 0 license but it would be a pleasure for me to hear your work so doesn’t hesitate to comment or to send me a message with your work :).
Son produit par une petite ventouse. Son enregistré avec un zoom h4n pro. Sound produce by a little sucker. Sound recorded with a zoom h4n pro. My sounds are licensed under the creative commons 0 license but it would be a pleasure for me to hear your work so doesn’t hesitate to comment or to send me a message with your work :).
This sound is completely analog. I recorded the sound of my key ring and tried to extract just the sound of the key. In this purpose, i used the effect “noise reduction”. I tried to avoid distortion but after several attempts we still hear the sound of the voices in the background. Descriptif selon la typologie de schaeffer :code : v''précisions morphologie :- masse : son cannelés (nœuds + toniques = mélange de note et de bruit)- timbre harmonique : acide éclatant- grain : microstructure- allure : chevrotement- dynamique : l’attaque est douce et graduelle- profil mélodique : serpentine- profil de masse : site : hauteur parmi d’autres.
Jingling 2-4 sleigh bells in a couple patterns. Recorded using a blue yeti microphone at 16-bit 48000hz in audacity. I isolated the samples i liked and left a small gap of silence between them for separation later. Attribution appreciated but not required.
Recordings of 9 ghanaian double bells. Bells are arranged in rising pitch of the bottom bell (from _1 to _9); bottom bell is mared -1 and upper bell marked -2. Dynamic are indicated as pp (very soft, with soft marimba mallet) to ff (loud, with wooden stick).
More smooth and quicker ring. Sine expressionsin(2*pi*t*725)*exp(-t*5)*(1-exp(-t*30))+(step(t-5)-step(t-. 3))*sin(2*pi*(t-. 3)*565)*1. 3*exp(-(t-. 3)*5)*(1-exp(-(t-. 3)*30)).
A simple bell sound created with additive synthesis. A combination of eleven oscillator, each one with a different envelope. The resulting udible tone is more or less a b. The sound itself is mixed with a simple piano b note, just to aid tone recognition.
A spring afternoon in a suburban uk town. Near a busy road, many sounds are heard including a chiffchaff, traffic, a collared dove (and other birds), church bells, a pedestrian crossing and an idling diesel car.
My aunt has some bells that sound light, delicate, and ethereal. She said they are from india. There are two strands of brass bells about the size of an acorn each. You are hearing only one single strand sounding in this recording.
Here is something for your upcoming christmas carols. A scale created with the 32-bit plugin "bellsebuth" and a scale created with the 32-bit plugin "glass armanica".
Recorded with a zoom h2n in december 2018, standing to the side of the cathedral away from the train station (to minimise background and people noise!).