Crystals have these incredibly complex, very organized structures that they replicate and grow.
crystals on it.
These crystals split easily along their length and they create these fine flexible fibers that are still extraordinarily strong with tensile strengths comparable to high grade steel wire.
- At crystals on kind of a macro level, where normally, we'd be talking about crystals on a micro level.
The crystals stop the crack growth until a threshold is reached.
And crystals in different directions could form.
to the patterns in crystals ?
They're crystals , but no one has seen them before.
What were those crystals inside?
- of the wrong crystals .
Form I crystals looked like this instead.
Tiny seed crystals then broke off, could become airborne, and spread, attaching themselves to people's clothes and making it to other parts of the production line,
where actually crystals can start to nucleate, that can induce, then, different crystal structures.
of millions of little crystals stuck together.
But the crystals themselves are all in different orientations.
These are all different crystals , but they're all running on this axis of the blade, which makes it significantly stronger than an alloy that is cast,
where all of the crystals are separate from each other.
- These are individual crystals , yeah, absolutely.
With columnar crystals all lined up along this span, the blade can carry those stresses far more effectively.
The number of columnar crystals that make it through drops sharply.
That area forms more crystals so it becomes harder to break.
and you dissolved the crystals .
And when the crystals from both sides meet, it creates tiny microscopic pores, resulting in this darker line in the center.
And if crystals form in cavities underground, you've got yourself a geode— a hunk of rock lined with crystals on the inside.
She was into her crystals , and she'd come really highly recommended.
Redefining Wellness: Crystals , Cleanses, and Bubble Baths Not Included, was just
They hang crystals here.
And the crystals scatter the light, and you get a diffraction plot.
It has piezoelectric crystals glued to its surface, which will sense any slight vibration
you the crystals form it'll just it it would like to recrystallize so an inverted sugar um through either a
How about crystals or proteins?
in aperiodic crystals .
This is all crystals and flowers very carefully sewn in.
of ice crystals up at the top but it's
structures work and the crystals and things flow and how transistors work where the electrons flow and where they don't flow he would explain those things
and if little ice crystals just get into the bodies of these fish, they'll nucleate freezing.
You'll start getting Form V crystals forming at 34, as we cool even lower, we start to get Form IV and Form III.
and maybe only a few crystals would form.
And because everyone likely had these seed crystals on their clothes, when the Chicago team flew over to Italy, they seeded that factory too.
So it's a pair of crystals that produces pairs of entangled photons.
- So those are like individual crystals .
This finally gave Kendrew large enough crystals to create an x-ray diffraction image.
But there is a downside to piezoelectric crystals , which is, they're fragile.
But because the orientation of the crystals , inside the steel is not the same, the acid attacks it not in the same way everywhere.
So that makes all minerals crystals .
But we don't think of crystals or fire as alive, even though they're doing things that we associate with life.
And that sounds like a very crystals , happy type thing.
These are from the ice crystals .
He adds two diamond seed crystals to an iron sulfate, and then places everything in a cylindrical graphite heater.
They actually fall together just like crystals do.