How do you pronounce dipoles in English (1 out of 69).

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Translation of dipoles

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IPA (International Phonetic Alphabet) of dipoles

The International Phonetic Alphabet (IPA) is an alphabetic system of phonetic notation based primarily on the Latin alphabet. With phonetic transcriptions, dictionarie tell you about the pronunciation of words, because the spelling of an English word does not tell you how you should pronounce it. Below is the phonetic transcription of dipoles:
/dɪpowlz/

Derived Form of dipoles

noun
root word: dipole
plural: dipoles
verb
root word: dipole
Noun: dipole
1
a pair of equal and opposite electric charges or magnetic poles separated by a small distance
Type ofcouples,
Typeselectric dipole*, electric doublet*, magnetic dipole*,
See alsodipolar,
2
an aerial half a wavelength long consisting of two rods connected to a transmission line at the center
Synonymsdipole antenna*,
Type ofaerials, antennae, transmitting aerial*,

dipoles on Youtube

  1. Dipoles are neutral. So it doesn't matter how many dipoles you build up, stack,
  2. Electric fields can induce electric dipoles in materials
  3. and in case that the-- the molecules or the atoms themselves are permanent electric dipoles,
  4. then it is easier to align those dipoles.
  5. If I have an external magnetic field, this can induce in material magnetic dipoles.
  6. And it, uh, induces magnetic dipoles at the atomic scale.
  7. then this external field will make an attempt to align these dipoles
  8. because the dipoles will oppose the external field.
  9. then these dipoles are completely chaotically oriented
  10. maybe three tenths of a millimeter, whereby the dipoles are hundred percent aligned.
  11. And these dipoles, domains, which are in one direction,
  12. then perhaps here all these dipoles would all be hundred percent aligned in this direction,
  13. you have again complete chaos of the dipoles.
  14. because these induced dipoles oppose the external field, remember.
  15. and so you can then easier align these dipoles,
  16. So you have thousand times more dipoles per cubic meter that, in principle, can align.
  17. how many dipoles you have per cubic meter and the value for xi of M.
  18. and so the external field can align the dipoles more easily.
  19. of which 1232 are especially strong. These magnets, called dipoles, use about 11,000
  20. The 'London force' originates in oscillating electric dipoles