Ramón Sayós
0000-0001-6627-7844
127 papers found
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Quantum real wave-packet dynamics of the N(S4)+NO(X̃Π2)→N2(X̃Σg+1)+O(P3) reaction on the ground and first excited triplet potential energy surfaces: Rate constants, cross sections, and product distributions
Adsorption of Atomic Oxygen and Nitrogen at β-Cristobalite (100): A Density Functional Theory Study
Influence of collision energy on the N(2D)+O2→O(3P)+NO reaction dynamics: A quasiclassical trajectory study involving four potential energy surfaces
Ab initio study of the O(1D)+CH4(X 1A1)→OH(X 2Π)+CH3(X 2A2″) reaction: Ground and excited potential energy surfaces
Quantum wave packet dynamics of the 1 3A″ N(4S)+NO(X̃ 2Π)→N2(X̃ 1Σg+)+O(3P) reaction
A QCT study of the microscopic mechanisms proceeding via the ground PES of the O(1D) + H2 (Xg+) → OH(X )+H(2S) reaction
Ab initio derived analytical fits of the two lowest triplet potential energy surfaces and theoretical rate constants for the N(4S)+NO(X 2Π) system
Ab initio study of the two lowest triplet potential energy surfaces involved in the N(4S)+NO (X 2Π) reaction
Quantum reactive scattering calculations of cross sections and rate constants for the N(2D)+O2(X 3Σg−)→O(3P)+NO(X 2Π) reaction
Quantum dynamics of the N(4S)+O2 reaction on the X 2A′ and a 4A′ surfaces: Reaction probabilities, cross sections, rate constants, and product distributions
New analytical (2A′,4A′) surfaces and theoretical rate constants for the N(4S)+O2 reaction
The lowest doublet and quartet potential energy surfaces involved in the N(4S)+O2 reaction. II. Ab initio study of the C2V-symmetry insertion mechanism
Ab initio, VTST and QCT study of the 3 potential energy surface implied in the ()+(Σ)→()+(Π) reaction
Ab initio and kinetics study of the ground ″ potential energy surface of the ()+→2, +(Δ) reactions
Influence of collision energy on the dynamics of the reaction O(1D) + CH4(X1A1) → OH(X 2Π) + CH3(X 2A2″)
Ab initio, VTST, and QCT study of the 1 2A″ potential energy surface of the N(2D)+O2(X 3Σg−)→O(3P)+NO(X 2Π) reaction
Ab initio CASPT2//CASSCF study of the O(1D)+H2O(X 1A1) reaction
Ab initio A′1 ground potential energy surface and transition state theory kinetics study of the O(1D)+N2O→2NO, N2+O2(a 1Δg) reactions
Influence of Collision Energy on the Nascent OH(X2Π, v‘ ‘ = 0−4) Product Energetics for the Reaction of O(1D) with Ethane. A Laser-Induced Fluorescence and Quasiclassical Trajectory Study
Nascent OH(Π) product state distributions from the reaction of O(1D) with ethylene.
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