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2. Hair dryer - Wikipedia

   en.wikipedia.org/wiki/Hair_dryer

   A hair dryer, hairdryer, [1] hairdrier, [2] or blow dryer is an electromechanical device that blows ambient or hot air over damp hair to speed the evaporation of water to dry the hair. Blow dryers enable better control over the shape and style of hair, by accelerating and controlling the formation of temporary hydrogen bonds within each strand.

3. The 6 Best Blow Dryers That Won’t Fry Your Fine Hair - AOL

   www.aol.com/6-best-blow-dryers-won-204300461.html

   The Blow Dryer. Contrary to popular belief, having fine hair strands isn't singular to straighter textures. Hair density is defined by the thickness of individual strands, meaning that curly and ...

4. Testing the New Blow Dryer Everyone Is Talking About - AOL

   www.aol.com/tried-pattern-blow-dryer-honest...

   Final rating: 4/5. Just about anyone with a head full of curls, coils, or tightly textured hair can appreciate the thoughtful technology behind the Pattern Blow Dryer, especially with its range of ...

5. Amazon shoppers claim this $43 blow dryer is the ‘perfect ...

   www.aol.com/amazon-shoppers-claim-blow-dryer...

   Another reviewer mentioned that this blow-dryer is perfect for their thick hair. “My thick curly hair normally takes 24 hours to air dry, but with this hair dryer, give me 20 minutes and my hair ...

6. Magnetic susceptibility - Wikipedia

   en.wikipedia.org/wiki/Magnetic_susceptibility

   In electromagnetism, the magnetic susceptibility (from Latin susceptibilis 'receptive'; denoted χ, chi) is a measure of how much a material will become magnetized in an applied magnetic field. It is the ratio of magnetization M (magnetic moment per unit volume) to the applied magnetic field intensity H.

7. Counter-electromotive force - Wikipedia

   en.wikipedia.org/wiki/Counter-electromotive_force

   That is, the back-EMF is also due to inductance and Faraday's law, but occurs even when the motor current is not changing, and arises from the geometric considerations of an armature spinning in a magnetic field. This voltage is in series with and opposes the original applied voltage and is called "back-electromotive force" (by Lenz's law).