The melting points of inert gas crystals Neon, Argon, Krypton, and Xenon are critical for understanding their physical properties. Neon melts at 24.703K (-248.447°C), Argon at 83.96K (-189.19°C), Krypton at 115.93K (-157.22°C), and Xenon at 161.5K (-111.7°C). These gases are colorless in their gaseous state and are presumed to remain colorless as solids. For projects involving the Bulk Modulus and Energy variation of these crystals using Lennard-Jones Potential, accurate data at 0 Kelvin is essential, particularly for cell constants and cohesive energy.
PREREQUISITESResearchers, physicists, and chemists involved in the study of inert gas crystals, solid-state physics, and those conducting experiments on the physical properties of noble gases.
http://www.Newton.dep.anl.gov/askasci/chem99/chem99460.htmNeon has a freezing point of about -249°C, and a boiling point of about -246°C
Data at 0 K might be a challenge. That is pretty esoteric.hershal said:all at 0 Kelvin . Now i have got the value for cell constant ( length of the crystal cube ) at 0K and 0 pressure and cohsive energy at 0 k and 1 atm, that is what is itching me right now.
In charles kittel he has given the value of cell constant extrapolated at 0K and 0 Presure and in oneother book by stephen eliot has the value at 4 K. I want things at 0 K , so that there are no thermal vibrations and it remains simple.
I need cell constant at 0 K and 1 atm if given in any other solid state book or on net or in any data book.