For this reason, they mainly live in areas with a large grain size.

In general, smaller grain size will make the material harder.

It can be produced in a range of grain sizes.

The grain size may be different based on the machining.

Like black powder, they were produced in different grain sizes.

White sugar is usually sold with a uniform grain size, to make it easy to use.

To begin with, the material must have an ultra-fine grain size.

Grain size has been shown to be of relatively minor importance.

Use similar grain sizes to offer approximately equal surface areas.

This is a consequence of the faster film's bigger grain size.

The smaller the grain sizes, the more data that can be stored.

The rate of rounding is also affected by the grain size and energy conditions.

As a result the final grain size is reduced by increased deformation.

These types are often dependent on strain rate, temperature, and grain size.

The grain size and structure determine its surface area.

I have the grain sizes of the sand pretty much divided by sections.

This is in a certain regard the same structure as before, but at a lower degree of resolution (larger grain size).

At low the grain size is determined by the number of nuclei, and so initially may be very small.

This distance can be varied, dependent on the grain size of the sediment.

The top few cm tend to have finer grain sizes.

The difference comes solely from the grain size of the crystalline grains.

These microstructures show no significant change in grain size.

So, by changing grain size one can influence dislocation movement and yield strength.

The grain size is usually controlled to reduce the probability of breakage.

Granulated, familiar as table sugar, with a grain size about 0.5 mm across.