Examples of 'hysteresis loss' in a sentence
Meaning of "hysteresis loss"
hysteresis loss - Refers to the energy loss that occurs when a system is unable to return to its original state after being subject to a changing external influence
How to use "hysteresis loss" in a sentence
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hysteresis loss
This energy is the hysteresis loss of the transformer.
The hysteresis loss can be evaluated based on various physical properties.
This difference is the hysteresis loss.
This hysteresis loss can be evaluated based on various properties.
Of heat is called hysteresis loss.
Hysteresis loss is the energy converted to heat in a material because of hysteresis.
A smaller value of tan δ shows a better hysteresis loss characteristic.
The hysteresis loss is determined in accordance with the following equation.
Apparent hysteresis loss.
A gummy polymer would have a very high percent hysteresis loss.
This means the hysteresis loss is maintained at a satisfactory level at high temperature.
Copolymers outside this range tend to exhibit increased hysteresis loss.
The obtained tan δ shows the hysteresis loss characteristic relative to a control.
A gummy film would have a very high percent hysteresis loss.
Low hysteresis loss also correlates to lower vibrational transmissivity through the foam.
See also
The proportion of the compressive energy that is dissipated is the hysteresis loss.
The gripping property is dependent on the hysteresis loss of the rubber composition.
A composition having a lower tan δ was regarded as that having a lower hysteresis loss.
Measuring either the inductance or the hysteresis loss in the wires monitors their magnetic properties.
Further heating of the jacket occurs by hysteresis heating from hysteresis loss.
The TxE Products and percent hysteresis loss of these polymers was good.
The elastomers can be extended with oil to increase the hysteresis loss value.
The TxE Products and percent hysteresis loss of these films was good.
This makes it possible to make a powder magnetic core with low hysteresis loss.
The hysteresis loss was measured with a Dynastat Viscoelastic Analyzer.
Tire rolling resistance can be reduced by lowering hysteresis loss of vulcanized rubber.
The hysteresis loss was measured with a Dynastat Viscoelastic Analyser.
Rolling resistance can generally be reduced by decreasing the hysteresis loss of vulcanized rubber.
Thus, the low hysteresis loss characteristic of this copolymer becomes insufficient.
Functionalized polymers have been employed to reduce hysteresis loss and increase bound rubber.
Functionalized polymers prepared with anionic polymerization techniques have demonstrated lower hysteresis loss.
Therefore, a tread rubber having a large hysteresis loss is generally used.
This method requires a high content of electric conducting material having an appreciable hysteresis loss.
If the amount of silica is too great, hysteresis loss tends to be increased.
When this is done, said material undergoes heating which is known as hysteresis loss.
Therefore, there is a problem in that the hysteresis loss is not sufficiently caused.
The deviation from this ideal condition is a measure of the polymer 's hysteresis loss.
For multi-domain ferromagnetic materials the hysteresis loss is independent of particle size.
The deviation from this ideal condition is a measure of the film 's hysteresis loss.
Although the hysteresis loss is less than the eddy current loss, it is not negligible.
The tire rolling resistance can be reduced by lowering hysteresis loss of the vulcanized rubber.
Therefore, the low hysteresis loss characteristic was insufficient, and the abrasion resistance was poor.
The resulting polymers and compounds formed therefrom exhibit improvements such as reduced hysteresis loss characteristics.
Tan δ ( max ) is a measure of the hysteresis loss from the tire under operating conditions.
Non magnetic material, no magnetic hysteresis loss.
On the other hand, the hysteresis loss originating from carbon black becomes too large.
At that point, heat generation through hysteresis loss ceases.
The percent hysteresis loss of the polymers was determined by the following formula, EPMATHMARKEREP.
According to the theory of network elasticity, the hysteresis loss.
The smaller the index, the smaller the hysteresis loss and the lower the heat buildup.
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