volume ratio

It has small ears to reduce its surface area to volume ratio.

They have a high surface area:volume ratio, so this reduces heat loss.

The resulting surface area to volume ratio is therefore 3/r.

It means the larger the object, the smaller the surface area to volume ratio will be.

This problem is common with many volume ratio systems.

The surface area to volume ratio of an object is the relationship between two measurements.

Mostly, because the area to volume ratio is large.

The major problem of micro-combustion is the high surface to volume ratio.

Because larger objects have a lower surface area to volume ratio, they are more able to retain heat.

The device usually has low power to volume ratio.

Melting point depression of high surface to volume ratio materials results from this effect.

These porous materials all have an extremely high surface area to volume ratio.

However, gravity is negligible to very small animals who have a large surface area to volume ratio.

Explain the importance of the surface area to volume ratio as a factor limiting cell size.

When materials are made into nanoparticles, their surface area to volume ratio increases.

The names reflect the most appropriate cooking method for the surface area to volume ratio.

This reflects the lower surface area to volume ratio in large animals, which reduces rates of heat loss.

Also the surface membrane to volume ratio is increased.

It is especially important to make sure the head is covered due to its large surface area to volume ratio.

An increased surface area to volume ratio also means increased exposure to the environment.

High surface area to volume ratios also present problems of temperature control in unfavorable environments.

Higher efficiency can be achieved in longer barrel firearms because they have better volume ratio.

Often, the high area to volume ratio and the uniform residence time cannot easily be scaled.

Also, larger crystals have a smaller surface area to volume ratio, leading to a higher purity.

Nanoparticles have a much greater surface to volume ratio than bulk materials.