How Do You Spell POLARIZATION HYSTERESIS?

Pronunciation: [pˌə͡ʊləɹa͡ɪzˈe͡ɪʃən hˌɪstəɹˈiːsɪs] (IPA)

Polarization hysteresis is a phenomenon in which the polarization of a substance changes depending on the presence or absence of an electric field. The word "polarization" is spelled /ˌpoʊ.lə.raɪˈzeɪ.ʃən/ in IPA, while "hysteresis" is spelled /hɪˈstɪr.ə.sɪs/. The word "polarization" is pronounced with stress on the second syllable, while "hysteresis" has stress on the first syllable. The combination of the two words creates a long, complex phrase that can be challenging to spell and pronounce correctly. However, once you understand the IPA phonetic transcription, it becomes easier to say and write.

POLARIZATION HYSTERESIS Meaning and Definition

1. Polarization hysteresis refers to the phenomenon in physics where the polarization of a material does not respond linearly or instantaneously to changes in an external electric field. It is a property commonly observed in certain dielectric materials, such as ferroelectric or ferroelectric-like substances.

   When an electric field is applied to these materials, it causes the alignment of electric dipoles within the material, resulting in a net polarization. However, unlike in linear dielectric materials, the change in polarization is not proportional to the applied field.

   Polarization hysteresis is characterized by the fact that the polarization of the material does not return to its initial state when the electric field is removed. This means that even after the field is turned off, there remains a residual polarization in the material. Reversing the direction of the electric field also does not immediately change the polarization back to its original state, but rather follows a different path or curve.

   The presence of polarization hysteresis is due to the existence of multiple stable states for the electric dipoles within the material, which can be induced by changes in temperature, stress, or electric field strength. This property makes the material useful in various applications, including memory devices, actuators, and sensors.

   In summary, polarization hysteresis is a non-linear response exhibited by certain dielectric materials, where the polarization does not directly correspond to the applied electric field and remains in a stable state even after the field is removed.

Common Misspellings for POLARIZATION HYSTERESIS

• oolarization hysteresis
• lolarization hysteresis
• 0olarization hysteresis
• pilarization hysteresis
• pklarization hysteresis
• pllarization hysteresis
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• p0larization hysteresis
• p9larization hysteresis
• pokarization hysteresis
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• polzrization hysteresis
• polsrization hysteresis
• polwrization hysteresis
• polqrization hysteresis
• polaeization hysteresis
• poladization hysteresis
• polafization hysteresis
• polatization hysteresis

Etymology of POLARIZATION HYSTERESIS

The word "polarization" originates from the Medieval Latin term "polarizare", which means "to polarize" or "to polarize light". This Latin term stems from the Greek word "polos", meaning "axis" or "pivot". In its scientific usage, polarization refers to the phenomenon of light or other waves oscillating in a specific plane.

The term "hysteresis" originates from the Ancient Greek words "hysterein" meaning "to be late" or "to lag behind" and "hysteron" meaning "the latter". It was first used in the field of physics to describe the phenomenon where a system's response lags behind the input or stimulus that caused the change.

When combined, the term "polarization hysteresis" refers to the lagging or delayed response of the polarization state in certain materials to an applied electric field.

Plural form of POLARIZATION HYSTERESIS is POLARIZATION HYSTERESES