Will gaseous ammonia at 132 degree C liquefy when 100 atmospheres of pressure is applied to it? Why or why not?

I have been unable to find a phase diagram for ammonia at 100 atm. This one is at lower pressures.

http://www.physics.isu.edu/~cole/Class/Phys211/PhaseDiagram.pdf

The critical point for ammonia is 405 K (132.4 C) and 111.3 atm. Thus it should be possible to liquify ammonia at 132 C and 100 atm as these conditions are just below the critical point.

To determine whether gaseous ammonia at 132 degree Celsius will liquefy when 100 atmospheres of pressure is applied to it, we need to consider its phase diagram. The phase diagram shows the conditions of temperature and pressure at which a substance exists as a solid, liquid, or gas.

Ammonia's phase diagram indicates that it has a critical temperature of 132.4 degree Celsius and a critical pressure of 112.8 atmospheres. The critical point is the highest temperature and pressure at which the substance can exist as a liquid. Beyond this point, the substance becomes a supercritical fluid, which has properties of both gases and liquids.

Since the given temperature (132 degree Celsius) is equal to the critical temperature of ammonia, applying pressure of 100 atmospheres would not cause liquefaction. Instead, ammonia would exist as a supercritical fluid, with properties that are intermediate between a gas and a liquid.

In conclusion, gaseous ammonia at 132 degree Celsius will not liquefy when 100 atmospheres of pressure is applied because it is at its critical point, where it transitions into a supercritical fluid rather than a liquid.