F/Cl+ C2H2 reactions: Are the addition and hydrogen abstraction direct processes?

JL Li, CY Geng, XR Huang, JH Zhan, CC Sun - Chemical physics, 2006 - Elsevier
The reactions of atomic radical F and Cl with acetylene have been studied theoretically
using ab initio quantum chemistry methods and transition state theory. The doublet potential …

High-resolution infrared and laser photoacoustic spectroscopy of monochloroacetylene

M Nela, K Niskanen, O Vaittinen, L Halonen… - Molecular …, 2002 - Taylor & Francis
High-resolution vibration—rotation spectra of monochloroacetylene (HCCCl) have been
recorded in two different wavenumber regions. Fourier transform infrared interferometer …

Vibrational spectra of NCCN, CNCN and CNNC: a study using the U (4) algebraic model

NK Sarkar - Vibrational Spectroscopy, 2020 - Elsevier
A detailed study on the vibrational spectra of cyanogen (NCCN) and its isomers–
isocyanogen (CNCN) and di-isocyanogen (CNNC) has been reported in this work using the …

Study of vibrational spectra of monohalogenated acetylenes and their deuterated analogues using the U (4) algebraic model

NK Sarkar - Spectrochimica Acta Part A: Molecular and …, 2019 - Elsevier
A detailed study on the vibrational spectra of monohalogenated acetylenes and their
deuterated analogues has been reported in this work using the U (4) algebraic model. With …

Algebraic study of vibrational spectra of the tetra-atomic molecules NCCN and NCCN

K Ziadi, A Bouldjedri - Journal of Theoretical and Computational …, 2016 - World Scientific
In this paper, an accurate and efficient algebraic technique is used to compute linear tetra-
atomic molecules stretching and bending vibration modes. Namely, several collective …

Introdução aos Métodos Algébricos Unidimensionais em Espectroscopia Molecular: Sistemas Diatômicos

GEM Vargas - 2003 - teses.usp.br
Os fundamentos para os métodos algébricos unidimensionais baseados na álgebra de
momentum angular su (2)(clássica e deformada) são apresentados numa forma adequada …

[引用][C] Etude algébrique des excitations collectives moléculaires

K Ziadi - 2017 - UB1