Translation of "Highly nonlinear" in German

Polyphase arc furnaces represent a highly nonlinear load.

The risk of highly nonlinear changes in our environmental conditions is sharply increasing outside that domain.

This leads to highly nonlinear and nonsmooth coupled, time-dependent systems of partial differential equations.

The UKF is preferably used for highly nonlinear functions.

Color locus and luminous flux exhibit a highly nonlinear behavior, in particular, over a temperature profile.

The ball valve, on solid line, has a highly nonlinear characteristic curve.

This principle also advantageously works in the case of highly variable nonlinear oscillator frequency characteristics.

This method also works in the case of a highly variable nonlinear VCO frequency characteristic.

In the UHV range, some insulation characteristics become highly nonlinear.

This leads to highly nonlinear and non-smooth coupled, time-dependent systems of partial differential equations.

With this technique, the intervention in a highly nonlinear element of the modulator circuit, namely, its hysteresis element, simultaneously alters the amplitude and phase ratios in a manner that is difficult for a control engineer to follow and can only be determined approximately by complicated analytical methods.

Control systems in accordance with the invention which are provided with adaptive dead-band sections and with adaptive networks controlling their response thresholds have substantial advantages over conventional systems and are suited for use in both linear and highly nonlinear control systems.

One problem with the recovery of gases from waterways is that, driven by the pressure and phase density differences, a continuous gas phase separation and the enrichment of the gas-water phase mixture are highly nonlinear processes which can occur in a self-reinforcing manner (in open waters also explosively) and therefore place high demands on material and extraction technology and are associated with high accident risks.

In the current study, these Josephson plasma waves were driven into a highly nonlinear regime using an additional intense THz pump pulse with very large field strengths of up to 100 kV/cm.

The analytic problem is that of proving the existence of a solution of a highly nonlinear (complex Monge - Ampère) differential equation .

When embodying the positioning section, it should be noted that the characteristic curves of the elastic material turn out to be highly nonlinear in comparison to those of spring elements, i.e. low restoring forces are achieved close to the neutral position and relatively high restoring forces are achieved at the end of the relative movement path.

These components, because their characteristic curve is already highly nonlinear in the vicinity of zero voltage, generate a strong coupling of the various spectral components of an applied signal and thus promote the development of differential or summation frequencies.

A highly nonlinear current/voltage characteristic curve with a large electrical resistance in the case of voltages below the switching voltage (breakdown voltage) of the varistor is therefore found to be present.

This is especially important for measurements in samples which are highly nonlinear since in those cases, unlike media with linear qualities, a reduced current per electrode can provide better tomographic imaging.

Instead of a varistor-like, highly nonlinear dependence of a current which flows in the part of the surface on a voltage which is present, after the irradiation by laser an essentially ohmic characteristic of the transverse conductivity is present (in a thin region of the surface).

Physical effects depending on the carrier-envelope phase fall into the category of highly nonlinear optics.

Via adaptive path-following techniques, the primary path of a system with highly nonlinear structural behaviour can be determined efficiently.

However, traditional models do not provide an adequate basis for mapping highly nonlinear relationships and the expected massive behavioral changes.

For processes with highly nonlinear patterns, such as high-speed collision dynamics, SPG uses the explicit simulation program LS-DYNA®.

Constitutive models range from simple linear to advanced highly nonlinear models through which soil and rock behavior can be simulated.

Owing to its highly deterministic and nonlinear absorption process, infrared femtosecond laser writing offers the means to create buried, localized structural modifications in transparent materials.

Outside that domain, the risk of highly nonlinear changes in environmental conditions, jeopardizing the livelihoods of billions of people worldwide, is sharply increasing.