These two issues work together in a complex way to determine the melting point.

It is a solid matter with a melting point of 135 C.

You can usually make it be above or below the melting point.

It has a dark brown color and a high melting point.

Its low melting point ( 60C) makes it especially dangerous.

What happens at the melting point of iron is difficult to say.

It has a lower melting point than the wire itself.

For most substances, like water, this is the same as the melting point.

The high melting point of carbon may also be significant.

It may have a low melting point of about 200 C.

Once the free energy is known, the melting temperature of the duplex can be determined.

It has a melting temperature of about 3250 degrees Celsius.

The lower the melting temperature the more wax will melt for a given size and shape of the candle.

These samples might then exhibit almost perfect first order phase changes at the melting temperature.

Virtually any material will creep upon approaching its melting temperature.

This refers to its melting temperature, not the strength of the joint.

The melting temperature of a bulk material is not dependent on its size.

However, the melting temperature drops to about 1200 K at 600k-bar.

Lead has a higher melting temperature than most alternatives, which means it can withstand more heat.

The low melting temperature of Wood's metal makes it unlikely this will harm the original.