nonlinearity

This nonlinearity can lead to the spontaneous generation of order.

It can take place only in media with anisotropy of third order nonlinearity.

This article describes the use of the term nonlinearity in mathematics.

There is a common model used by theorists, called a sigmoid nonlinearity.

It is this strong coupling between system elements, together with nonlinearity, which may lead to complex behavior.

They are attractive here for their small refractive index nonlinearity.

This behavior is direct consequence of the nonlinearity of the process.

The nonlinearity in your hearing is: the mind's estimation of the sound intensity envelope.

The most common nonlinearity is second harmonic generation, where .

In a sense, the extra term here results from the nonlinearity of the vacuum Einstein field equation.

The operation is complicated by the nonlinearity of the resistance vs. the controlling current.

Poking it with changes in the magnetic field to gauge its response, seeking out nonlinearity.

This nonlinearity presents the most severe problem for optical communication applications.

In doing so, distinct failure criteria and material nonlinearity can be applied separately.

For example, the method can fail if the system emphasizes higher harmonics of the nonlinearity.

In the worst case, nonlinearity or nonmonotonicity could result.

For Iran's research plant, that kind of nonlinearity could translate into a great reduction in the time needed to produce a bomb.

These elements help describe how even seemingly simple systems display baffling nonlinearity.

As a result of the nonlinearity, the vibration frequency can change, depending upon the system's displacement.

The nonlinearity of the game proved to be one of its most acclaimed aspects.

Various forms of "mild" nonlinearity are referred to as "semilinear"

Apart from this nonlinearity, barchans behave rather like solitary waves.

In system specifications, the nonlinearity in percentage is almost always specified.

On the other are the youngsters, steeped in the quick edits and nonlinearity of video.

Our approach here is to develop a method flexible enough to allow for all sources of nonlinearity, including additive noise.