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The Albert system refers to a system of clarinet keywork and fingering developed by Eugène Albert. In the United Kingdom, it is known as the simple system. It has been largely replaced by the Boehm system and Oehler system. Big Band musician Jimmy Dorsey used a clarinet outfitted with the Albert system.
When air is blown through the opening between the reed and the mouthpiece facing, the reed vibrates and produces the clarinet's sound. [ 51 ] Most players buy manufactured reeds, although many make adjustments to these reeds, and some make their own reeds from cane "blanks". [ 52 ]
Oehler-system clarinet and Full-Oehler clarinet with bell mechanism to correct low E and F The Oehler system (also spelled Öhler ) is a system for clarinet keys developed by Oskar Oehler . Based on the Müller system clarinet, the system adds tone holes to correct intonation and acoustic deficiencies, notably of the alternately-fingered notes ...
The clarinet mouthpiece is narrow inside, typically with straight side walls. [clarification needed] through the throat. The bottom of the mouthpiece is formed with a tenon that is ringed with cork. Today, as with the saxophone mouthpiece, the reed is placed against the surface (the table) closest to the player's bottom lip.
Saxophone mouthpiece with ligature (Silverstein) Clarinet mouthpieces with different ligatures: 1 metal ligature 2 textile ligature 3 conical ring made of hard rubber 4 reed cord (only in Germany) 1 to 3 also for saxophones. A ligature is a device which holds a reed onto the mouthpiece of a single-reed instrument such as a saxophone or clarinet.
From the 1940s on, while teaching and playing, Hite also worked continuously on the development of a superior clarinet mouthpiece. With his second wife Jean Hite he founded the J&D Hite Mouthpiece Company in the 1980s. He was internationally recognized for his hand-finished J & D Hite clarinet and saxophone mouthpieces. The David Hite, and ...
A key fact for understanding both overblowing and bending on such an instrument: a free reed mounted over a reedplate slot will normally respond to air flows that pull it initially into the slot, i.e., as a closing reed, but, at only slightly higher air pressure from the opposite side, will also respond as an opening reed; the resulting pitch ...
For an open pipe, the wavelength produced by the first normal mode (the fundamental note) is approximately twice the length of the pipe. The wavelength produced by the second normal mode is half that, that is, the length of the pipe, so its pitch is an octave higher; thus an open cylindrical bore instrument overblows at the octave. This ...