Exact(56)
The methods used to overcome these difficulties fall into two classes: flow methods and pulse and probe methods.
The video was recorded using a handheld mobile camera in sterile housing and stabilized by optical flow methods.
In flow methods, two gases or solutions are introduced rapidly into a mixing vessel, and the resulting mixture then flows rapidly along a tube.
Potential flow methods are limited by its exclusion of viscous effect.
The proposed method shows its robustness under critical conditions when conventional load flow methods fail.
These flow methods are limited by the time it takes to mix gases or solutions and are not suitable if the half-life is less than about a hundredth of a second.
Conventional power flow methods like Newton Raphson, Gauss Siedel, fast decoupled power flow methods suffer to provide proper MLL under security constraints as Jacobian matrix becomes singular when system loading approaches its loadability limit.
Similar(4)
Computational through-flow methods are also described.
An additional benefit of M transmission angles is that multi-angle, vector-flow methods can be applied in order to yield axial and lateral velocity estimates at each slow-time pixel without any assumptions regarding the angle of flow relative to the probe.
Electrochemical and novel electron transfer stopped-flow methods were invoked for characterizing the absorption spectra of the corresponding short-lived mono- and dicationic states.
Optical-flow methods describe the registration problem as a set of flow equations, under the assumption that image intensities are constant between views.
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