magnetic field
US /mæɡˈnɛtɪk fild/
・UK /mæɡˈnetik fi:ld/
A2
n.NounA region around a magnetic material or a moving electric charge within which the force of magnetism acts.
The compass needle aligns itself with the Earth's magnetic field.
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Magnetron sputtering: How does it work?
- Inside the tubes are fixed rows of powerful permanent magnets. They generate a magnetic field, which is aligned in the direction of the substrate.
Inside the tubes are fixed rows of powerful permanent magnets. They generate a magnetic field, which is aligned in the direction of the substrate.
- They generate a magnetic field, which is aligned in the direction of the substrate.
They generate a magnetic field, which is aligned in the direction of the substrate.
Campus protests disrupt graduation ceremonies | May 14, 2024
- The first particles began striking Earth's magnetic field Friday afternoon.
The first particles began striking Earth's magnetic field Friday afternoon.
- And when they hit the Earth's magnetic field or any other planet's magnetic field, they interact with that field.
And when they hit the Earth's magnetic field or any other planet's magnetic field, they interact with that field.
This Is What Will Happen in the Next 100 Trillion Years
- In 2.3 billion years from now, the outer liquid core of Earth will freeze, which means that Earth will lose its magnetic field forever.
In 2.3 billion years from now, the outer liquid core of Earth will freeze, which means that Earth will lose its magnetic field forever.
- In 2.3 billion years from now, the outer liquid core of Earth will freeze, which means that Earth will lose its magnetic field forever.
In 2.3 billion years from now, the outer liquid core of Earth will freeze, which means that Earth will lose its magnetic field forever.
Why general relativity would’ve been discovered without Einstein | Sean Carroll
- An electric field and a magnetic field.
An electric field and a magnetic field.
What If You Just Keep Digging?
- and we should all be extremely grateful for the hot metal soup down there because its constant churning generates enormous electric currents, which in turn create the magnetic field around the Earth.
and we should all be extremely grateful for the hot metal soup down there because its constant churning generates enormous electric currents, which in turn create the magnetic field around the Earth.
- But this gets weirder: our magnetic field sometimes actually just reverses.
But this gets weirder: our magnetic field sometimes actually just reverses.
Where is the True North Pole?
- These currents are heavily influenced by the rotation of the Earth, so the magnetic field they generate roughly aligns with the Earth's axis of rotation—but not precisely, and
These currents are heavily influenced by the rotation of the Earth, so the magnetic field they generate roughly aligns with the Earth's axis of rotation—but not precisely, and
- This pole, together with the geomagnetic South Pole (which is on the exact opposite side of the Earth), represents the general overall trend of the Earth's magnetic field, especially as it extends into space.
This pole, together with the geomagnetic South Pole (which is on the exact opposite side of the Earth), represents the general overall trend of the Earth's magnetic field, especially as it extends into space.
Carl Safina: "Beyond Words: What Animals Think and Feel" | Talks at Google
- We can't home for thousands of miles across open ocean just based on our perception of the Earth's magnetic field and things like that.
We can't home for thousands of miles across open ocean just based on our perception of the Earth's magnetic field and things like that.
- of the Earth's magnetic field, and things like that.
of the Earth's magnetic field, and things like that.
Week 1, continued
- to establish precisely how the Earth's magnetic field interacts
to establish precisely how the Earth's magnetic field interacts
If The Sun Goes Out For 24 Hours
- due to changes in the magnetic field around the Earth
due to changes in the magnetic field around the Earth
Fusion Power Explained – Future or Failure
- The first type of reactor uses a magnetic field to squeeze a plasma in a donut-shaped chamber where the reactions take place.
The first type of reactor uses a magnetic field to squeeze a plasma in a donut-shaped chamber where the reactions take place.
- The first type of reactor uses a magnetic field
The first type of reactor uses a magnetic field