magnetic hysteresis
hysteresis loop
thermal hysteresis
hysteresis curve
hysteresis loss
hysteresis effect
hysteresis quality
hysteresis error
flexometer for hysteresis test
The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.
The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.
The hysteresis of the material affects its magnetic properties.
Understanding the hysteresis loop is crucial in studying ferromagnetic materials.
The engineer considered the hysteresis in the system when designing the control algorithm.
Measuring hysteresis helps in characterizing the behavior of certain systems.
The hysteresis phenomenon can be observed in various physical systems.
Hysteresis is commonly encountered in control systems and materials science.
The team conducted experiments to analyze the hysteresis behavior of the material.
The magnetic hysteresis curve shows the relationship between magnetic field and magnetization.
Hysteresis is a key factor in the performance of certain types of sensors.
Researchers are studying ways to minimize hysteresis in electronic devices.
Sheldon thinks the approach in this paper might change the way we calculate ferromagnetic hysteresis.
Silica is better because it lowers hysteresis loss without reducing a tyre's grip.
magnetic hysteresis
hysteresis loop
thermal hysteresis
hysteresis curve
hysteresis loss
hysteresis effect
hysteresis quality
hysteresis error
flexometer for hysteresis test
The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.
The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.
The hysteresis of the material affects its magnetic properties.
Understanding the hysteresis loop is crucial in studying ferromagnetic materials.
The engineer considered the hysteresis in the system when designing the control algorithm.
Measuring hysteresis helps in characterizing the behavior of certain systems.
The hysteresis phenomenon can be observed in various physical systems.
Hysteresis is commonly encountered in control systems and materials science.
The team conducted experiments to analyze the hysteresis behavior of the material.
The magnetic hysteresis curve shows the relationship between magnetic field and magnetization.
Hysteresis is a key factor in the performance of certain types of sensors.
Researchers are studying ways to minimize hysteresis in electronic devices.
Sheldon thinks the approach in this paper might change the way we calculate ferromagnetic hysteresis.
Silica is better because it lowers hysteresis loss without reducing a tyre's grip.
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