Application of Tube Dynamics to Non-Statistical Reaction Processes

Application of Tube Dynamics to Non-statistical Reaction Processes

A technique based on dynamical systems theory, is introduced for the computation of lifetime distributions and rates of chemical reactions and scattering phenomena, even in systems that exhibit non-statistical behavior. In particular, we merge invariant manifold tube dynamics with Monte Carlo volume determination for accurate rate calculations. This methodology is applied to a three degree of f...

Statistical vs non - statistical dissociation processes

Dissociation of W(CO)6 has been investigated with the CIDEC method using 3.1 keV H, F and Cl projectiles. The fragmentation schemes of W(CO)6 are found drastically different depending on the projectile nature. These differences are explained in terms of different reaction energy windows leading to very small energy deposition in the case of Cl and also to close collisions with W(CO)6 molecule (...

Application of Markov Processes to the Machine Delays Analysis

Production and non-productive equipment and personnel delays are a critical element of any production system. The frequency and length of delays impact heavily on the production and economic efficiency of these systems. Machining processes in wood industry are particularly vulnerable to productive and non-productive delays. Whereas, traditional manufacturing industries usually operate on homoge...

Molecular Dynamics: Collisional and Statistical Approach to Reaction Rate

non-corrective approach to pronunciation

the aim of this study has been to find answers for the following questions: 1. what is the effect of immediate correction on students pronunciation errors? 2. what would be the effect of teaching the more rgular patterns of english pronunciation? 3. is there any significant difference between the two methods of dealing with pronuciation errore, i. e., correction and the teaching of the regular ...