One example of this phenomenon is chiral autocatalysis from apparently racemic solutions, while in another context, this term applies to asynchronous protein cascades involved in coagulation. This concept was defined by Krasnoselski using the theory nonlinear dynamics and nonlinear operators, and the energy lost through this phenomenon is given by the Steinmetz equation. A model of this phenomenon based on monocrystals was devised by Weiss, while a model of it whose building blocks are relay non
One example of this phenomenon is chiral autocatalysis from apparently racemic solutions, while in another context, this term applies to asynchronous protein cascades involved in coagulation. This concept was defined by Krasnoselski using the theory nonlinear dynamics and nonlinear operators, and the energy lost through this phenomenon is given by the Steinmetz equation. A model of this phenomenon based on monocrystals was devised by Weiss, while a model of it whose building blocks are relay nonlinearities is named after Preisach. A form of this phenomenon results in an example of self-organized criticality known as the Barkhausen effect, and the characteristic loop produced by this phenomenon appears on the graph of magnetization versus magnetic field strength. For ten points, identify this phenomenon in which a material exhibits a "memory," or a time-lagging dependence on applied stress.
One example of this phenomenon is chiral autocatalysis from apparently racemic solutions, while in another context, this term applies to asynchronous protein cascades involved in coagulation.
hysteresis