Übersetzung für "Quadratischer zusammenhang" in Englisch

A quadratic connection between the haemolysis degree and the residues (quadratic fit functions) arises.

In level measurement, as a result of the radar equation, a more or less square relationship exists between the power reflected back to the antenna by the surface of the material in the container and the distance, as long as the walls of the container or internal structures do not disturb the beam path excessively.

It can be shown that there is a quadratic relationship between the gate voltage and the load current as soon as the gate voltage is greater than the threshold voltage.

It can be shown (see below) that there is a quadratic relationship between the gate voltage and the load current as soon as the gate voltage is greater than the threshold voltage.

Efficiency with 85 dB seems to be rather low. But then we shouldn't forget that the output level doesn't drop 6 dB per doubled distance but only 3 dB. That's because the envelope area that the sound has to pierce through is not four times higher with doubled distance, but only twice as high (it's a linear not a quadrate relationship).

In addition, the ratio of the torque demand and rotational speed are subject to a quadratic relationship.

The known quadratic relationship according to Equation (6) between the gate voltage and the MOS channel current holds true.

Not only round, but furthermore square vessels or other vessels with corners, might be used in connection with the centrifuge of the invention.

Through the quadratic relationship with the rotor flux this also influences the stray flux which affects the detent torque.

Arrows of the relevant force/time diagram indicate that, due to the known second-order relationship between drive voltage and resulting forces, only attractive forces are possible between the electrode(s) (indicated only schematically) 101, 100, 102 and the oscillator.

In addition, further correlations on the local level (element level) from quadratic correlation hypothesis as well as of result variable scatter can be obtained from histograms.

It is also conceivable to replace the “graduated” filter implementation shown with continuous transitional characteristics, e.g. by a continuous, for example linear, increase in the attenuation coefficient—or a said increase in the attenuation coefficient according to a quadratic relation—being implemented up until if need be a complete damping, as this is also depicted in FIG. 7 .

Ideally, the volts/hertz ratio has a static-quadratic relationship, specifically in such a way that the overcoming of the start-up torque is ensured, and no energy-costly over-magnetization of the motor of the synchronous reluctance machine is caused at low rotational speeds.

In this case, the ratio of the torque demand and the rotational speed is subject to a quadratic relationship, for which reason a corresponding relationship can also be defined for the volts/hertz ratio of the converter.

The deviation from the quadratic relationship at low rotational speeds is referred to as the so-called boost process in order to permit a stable operation even at low rotational speeds.

A particularly suitable control signal has a frequency of 38.1 Hz and is decayed after 210 ms, in which decay occurs according to a quadratic relation.

For verification, a linear dynamic train model is used, in particular no account being taken of any term which describes the quadratic relationship between speed and travel resistance.

It has a frequency of 38.1 Hz and has decayed after 210 ms, the decay taking place according to a quadratic relation.

If the delivery pressure could be adjusted by reducing the speed, then the square-law relationship between the pressure difference and the volume flow would have a direct effect: