A recording of my local church bell ringing practice. You can just hear the creak of the mechanism as they start. It sounds like a bad edit, but it really did start that abruptly. Recorded on a zoom h1.
Chiming church bells with echo, st andrews church, dent, cumbria, uk. Extract of a work from a series of circum ambulations of churches in the uk. Binaural for headphone surround sound.
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 :).
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.
Another outtake from a different recording of me hitting some different objects together. This the base of a mini x-mas tree. Sounds like a church bell.
This is ambience from our church. Recorded from local radio station that was recieved to tecsun pl-380. Recorded was zoom h1n, recorded straight from headphone out to recorder's line-in.
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!).
This is a 24-bit 44. 1khz impulse response recorded at the very acoustically interesting notre dame in new york city. The stereo x/y mics are oktava small-diaphragm microphones running into a sound devices 702.