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Evaluation of the Three Parts of the Second
The Lifetimes of Metastably Bound Molecules
The Number of Vibrational Levels of a Double
6 other sections not shown
angle of deflection argon Bm(T bound and metastably bound double molecules calculated Chapman-Enskog theory Chem classical mechanical CM CM CM CM cn CM i-l collision collisional transfer computed confluent hypergeometric function cules dimers dissociation distance of closest equal equilibrium constant evaluated excluded volume experimental free molecules i-l CM i-l i-l incomplete gamma function initial pressure dependence integral in Eq integrand integration limits interaction intermolecular potential Lennard-Jones 6-12 Lennard-Jones potential lifetimes of metastably maximum number McGraw-Hill mean lifetime metastable double molecules metastable molecules metastably bound double metastably bound molecules mole fractions molecular association molecular potential monomers number of moles number of vibrational obtained particles partition function Phys potential is monotonic potential parameters quantum mechanical Reference right side rigid sphere second virial coefficient side of Eq Square Well Potential Table Terrell Hill thermal conductivity variables vibrational levels viscosity W.K.B. method Whittaker functions