Partials

Evolving fingerprint technology in the 1990s made it possible to simulate an entire print by combining the three partials that Speaks had.

Meinerz and Cushenberry played only two full games and two partials next to each other in 2022.

The gym is a common place filled with an abundance of bad bacteria, though luckily sweating repels these microscopic partials from entering the body.

In addition to this, dust from coal and other minerals can be harmful to our lungs as well as that of animals, therefore it is important to ensure the technology is in place to remove these harmful partials from the air to keep it as healthy as possible.

As someone who has not read the story but is going through major mouth reconstruction due to neglect (10 crowns, partials, etc., all out of-pocket-expenses, I won't shock you with the cost), I am not getting a kick out of the headline.

A vibrating string has one fundamental and a series of partials.

Because "overtone" makes the upper partials seem like such a distinct phenomena, it leads to the mathematical problem described above where the first overtone is the second partial.

By rapidly varying air speed, but not changing the depressed valves, the pitch varies quickly between adjacent harmonic partials.

Group additive synthesis Group additive synthesis citation citation citation is a method to group partials into harmonic groups (of differing fundamental frequencies) and synthesize each group separately with wavetable synthesis before mixing the results.

However they only produce partials matching the odd harmonics, at least in theory.

Inharmonicity is the degree to which the frequencies of overtones (known as partials or harmonics ) sound sharp relative to whole multiples of the fundamental frequency.

It results in improved intonation and stronger harmonically related partials across the player's range.

Musical instruments that can create notes of any desired duration and definite pitch have harmonic partials.

Oscillators that produce harmonic partials behave somewhat like 1-dimensional resonators, and are often long and thin, such as a guitar string or a column of air open at both ends (as with the modern orchestral transverse flute ).

Rather, a musical note is perceived as one sound, the quality or timbre of that sound being a result of the relative strengths of the individual partials.

Rather than perceiving the individual partials–harmonic and inharmonic, of a musical tone, humans perceive them together as a tone color or timbre, and the overall pitch is heard as the fundamental of the harmonic series being experienced.

Scheme of a double horn (view from underneath) ordered Despite the introduction of valves, the single F horn proved difficult for use in the highest range, where the partials grew closer and closer, making accuracy a great challenge.

The relative strengths and frequency relationships of the component partials determine the timbre of an instrument.

The resonators, beside raising the upper end of the vibraphone's dynamic range, also affect the overall tone of the vibraphone, since they amplify the fundamental, but not the upper partials.

The resulting Fourier coefficients were input into the synthesizer, which then used a system of cords and pulleys to generate and sum harmonic sinusoidal partials for prediction of future tides.