Document Type

Article

Date of Original Version

1986

Department

Chemistry

Abstract

The recently introduced method of partial averaging is developed in a general formalism for computing simple Cartesian path integrals. Examples of its application to both harmonic and anharmonic systems are given. For harmonic systems, where analytical results can be derived, both imaginary and complex time evolution is discussed. For two representative anharmonic systems, Monte Carlo path integral simulations of the imaginary time propagator (statistical density matrix) are presented. Connections with other Cartesian path integral techniques are stressed.

Publisher Statement

Copyright 1986 American Institute of Physics.

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