Crossword-Solution: HYSTERESIS
Dictionary
| Word | Word Type | Definition |
|---|---|---|
| Hysteresis | n. | A lagging or retardation of the effect, when the forces acting upon a body are changed, as if from velocity or internal friction; a temporary resistance to change from a condition previously induced, observed in magnetism, thermoelectricity, etc., on reversal of polarity. |
We have 5 clues for the answer “HYSTERESIS”
| Clue | Answers |
|---|---|
| LAGGING of an effect when the forces acting on a body are changed | 1 answer |
| RETARDATION of an effect when the forces acting on a body are changed | 1 answer |
| Lagging | 7 answers |
| HIGH time | 58 answers |
| Delay | 80 answers |
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Dermatological complaint
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Hint 1 meaning
An inflammatory disease of the skin, characterized by the
presence of redness and itching, an eruption of small vesicles, and the
discharge of a watery exudation, which often dries up, leaving the skin
covered with crusts; -- called also tetter, milk crust, and salt rheum.
Hint 2 anagram
ZAMCEE
Hint 3 another clue
eruption
14 +2
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Sentences with HYSTERESIS (5)
CHAPTER XV INORGANIC RESPONSE--RELATION BETWEEN STIMULUS AND RESPONSE--SUPERPOSITION OF STIMULI Relation between stimulus and response--Magnetic analogue--Increase of response with increasing Stimulus--Threshold of response--Superposition of Stimuli--Hysteresis.
Again, the inevitable air film between the mica and tin-foil renders condensers so made unsuitable for use with alternating currents, owing to the heating set up through air discharges, and which is generally, though often (if not always) wrongly, attributed to dielectric hysteresis.
Now what does hysteresis and laminations mean? What's the idea of having an alternating current of low voltage on the same line with a talking current of three volts? I don't see how they can get two currents on one set of wires.
From the moment that a dynamo begins to run with excited field, heat is continuously generated by the passage of the current through the windings of the field-magnet coils and the armature, as well as by the action of hysteresis and eddy currents in the armature and pole-pieces.
The two latter items are both dependent upon the speed of the machine; but whereas the hysteresis loss is proportional to the speed for a given density of flux in the armature, the eddy current loss is proportional to the square of the speed, and owing to this difference, the one loss can be separated from the other by testing an armature at varying speeds.