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Titlebook: Supercomputer Algorithms for Reactivity, Dynamics and Kinetics of Small Molecules; Antonio Laganà Book 1989 Kluwer Academic Publishers 198

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发表于 2025-3-21 19:20:59 | 显示全部楼层 |阅读模式
书目名称Supercomputer Algorithms for Reactivity, Dynamics and Kinetics of Small Molecules
编辑Antonio Laganà
视频video
丛书名称Nato Science Series C:
图书封面Titlebook: Supercomputer Algorithms for Reactivity, Dynamics and Kinetics of Small Molecules;  Antonio Laganà Book 1989 Kluwer Academic Publishers 198
描述The need for accurate computational procedures to evaluate detailed properties of gas phase chemical reactions is evident when one considers the wealth of information provided by laser, molecular beam and fast How experiments. By stressing ordinary scalar computers to their limiting performance quantum chemistry codes can already provide sufficiently accurate estimates of the stability of several small molecules and of the reactivity of a few elementary processes. However, the accurate characterization of a reactive process, even for small systems, is so demanding in terms of computer resources to make the use of supercomputers having vector and parallel features unavoidable. Sometimes to take full advantage from these features all is needed is a restructure of those parts of the computer code which perform vector and matrix manipulations and a parallel execution of its independent tasks. More often, a deeper restructure has to be carried out. This may involve the problem of choosing a suitable computational strategy or the more radical alternative of changing the theoretical treatment. There are cases, in fact, where theoretical approaches found to be inefficient on a scalar compu
出版日期Book 1989
关键词Potential; algorithms; chemical reaction; dynamics; eigenvalue; finite element method; kinetics; quantum ch
版次1
doihttps://doi.org/10.1007/978-94-009-0945-8
isbn_softcover978-94-010-6915-1
isbn_ebook978-94-009-0945-8Series ISSN 1389-2185
issn_series 1389-2185
copyrightKluwer Academic Publishers 1989
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发表于 2025-3-21 22:03:52 | 显示全部楼层
Calculation and Characterization of Reaction Valleys for Chemical Reactions,d along two distinct pathways, a direct pathway and an addition-elimination pathway. We find that the reaction path/valley method provides many insights into the detailed dynamics of chemical reactions.
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Kinetic Paths from the Hyperspherical Perspective: , Potential Energy Surface for the ,(,,) + ,, Re) as a function of the kinetic radius are computed at the Complete Active Space SCF level. Along the kinetic paths energies are refined using extensive Multi-Reference Configuration Interaction calculations.
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Recent Advances in Electronic Structure Theory and Their Influence on the Accuracy of , Potential Eaccuracy that currently can be achieved for molecular systems. In particular, the F+H. → HF+H potential energy hypersurface is used to illustrate the impact of these computational advances on the calculation of potential energy surfaces.
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Exact Quantum Results for Reactive Scattering using Hyperspherical (APH) Coordinates,unction Hamiltonian. This surface function Hamiltonian parametrically depends on the hyperradius giving sector adiabatic basis functions. We will report on 4 distinct methods for solving this surface function Hamilitonian:
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1389-2185 the wealth of information provided by laser, molecular beam and fast How experiments. By stressing ordinary scalar computers to their limiting performance quantum chemistry codes can already provide sufficiently accurate estimates of the stability of several small molecules and of the reactivity of
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