critical temperature

For instance, it might take hours rather than minutes to gather critical temperature data on a certain part of the country.

The point P represents the gas at its critical temperature, pressure and volume.

Figure 3.11 shows two isotherms below the critical temperature of C02.

Vortices are able to form above this critical temperature, but not below.

"They have to stay cooled down below their critical temperature.

(ii) What do you understand by the terms real gas and critical temperature?

Thus, above the critical temperature a gas cannot be liquefied by pressure.

It is also where the critical temperature and critical pressure meet.

Above the critical temperature and pressure, a substance has only a single fluid phase.

These are called the critical temperature and pressure, respectively.

The critical temperature at that field strength increased to about 400 millikelvins.

That is, the higher the concentration of the methoxy group, the lower the critical temperature.

As indicated, this is largely due to the very low critical temperature at which these materials become magnetic.

Austenite, for example, usually only exists above the upper critical temperature.

This is currently the family with the second highest critical temperature, behind the cuprates.

As the planet slowly cooled, its surface passed a critical temperature, the boiling point of water.

If the boost is held when the engine reaches its critical temperature, it will explode.

In general their critical temperature at which they become superconducting rises for the first few members then falls.

The new (increased) critical temperatures shown here aren't going to turn any heads-but the increases themselves will.

Above the critical temperature, water is completely miscible with all gasses.

However, they cannot be liquified by pressure unless cooled below their critical temperature.

We want to describe the behaviour of a physical quantity in terms of a power law around the critical temperature.

Thus, the exponents above and below the critical temperature, respectively, have identical values.

The above equation can be solved for the critical temperature:

Death occurred because her internal temperature reached critical temperatures.