Dynamics, many-body

T. Komatsuzaki and R. S. Berry, Chemical reaction dynamics many-body chaos and regularity, Adv. Chem. Phys. 123, 79 (2002). [Pg.235]

Expansions for Static and Dynamic Many-Body Problems. [Pg.129]

CHEMICAL REACTION DYNAMICS MANY-BODY CHAOS AND REGULARITY... [Pg.79]

CHEMICAL REACTION DYNAMICS MANY-BODY CHAOS AND REGULARITY 121 Ionian Hq by the corresponding, new canonical variables, (p, q), (J, ),... [Pg.121]

CHEMICAL REACTION DYNAMICS MANY-BODY CHAOS AND REGULARITY 143 Thanks to Eqs. (2.46)-(2.47), it is straightforward to establish that... [Pg.143]

Chemical Reaction Dynamics Many-Body Chaos and... [Pg.691]

The expression (11.1) shows that the rate constant k depends on the choice of the activated complex model which determines the values of F" and of the transmission coefficient y. A precise evaluation of y is equivalent to the solution of the dynamical many-body problem analogous to problems of the collision theory. This problem is very difficult to solve and therefore y is usually assumed to be unity. [Pg.60]

Arponen, J. (1983). Variational principles and linked-cluster exp S expansions for static and dynamic many-body problems. Ann. Phys., 151, 311-382. [Pg.282]

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