Asyraf Afthanorhan Ahmad Nazim Aimran Sabri Ahmad Asyraf Afthanorhan Zainudin Awang
Published in
AIP Advances
Structural equation modeling (SEM) is the second generation statistical analysis technique developed for analyzing the inter-relationships among multiple variables in a model. Previous studies have shown that there seemed to be at least an implicit agreement about the factors that should drive the choice between covariance-based structural equation...
Asyraf Afthanorhan Ahmad Nazim Aimran Sabri Ahmad Asyraf Afthanorhan Zainudin Awang
Published in
AIP Advances
Structural Equation Modeling (SEM) is a second generation statistical analysis techniques developed for analyzing the inter-relationships among multiple variables in a model simultaneously. There are two most common used methods in SEM namely Covariance-Based Structural Equation Modeling (CB-SEM) and Partial Least Square Path Modeling (PLS-PM). The...
Anna Mukhtarova Sirona Valdueza-Felip Luca Redaelli Christophe Durand Catherine Bougerol Eva Monroy Joël Eymery
Published in
Applied Physics Letters
L. Mancini D. Hernández-Maldonado W. Lefebvre J. Houard I. Blum F. Vurpillot J. Eymery C. Durand M. Tchernycheva L. Rigutti
...
Published in
Applied Physics Letters
Johann Lüder Carla Puglia Henrik Ottosson Olle Eriksson Biplab Sanyal Barbara Brena
Published in
The Journal of Chemical Physics
Candian, Alessandra Xinchuan Huang Maltseva, Elena Petrignani, Annemieke Oomens, Jos Buma, Wybren Jan Lee, Timothy J Tielens, Alexander Ggm Mackie, Cameron J
Published in
The Journal of Chemical Physics
Current efforts to characterize and study interstellar polycyclic aromatic hydrocarbons (PAHs) rely heavily on theoretically predicted infrared (IR) spectra. Generally, such studies use the scaled harmonic frequencies for band positions and double harmonic approximation for intensities of species, and then compare these calculated spectra with expe...
A. Yangui S. Pillet A. Mlayah A. Lusson G. Bouchez S. Triki Y. Abid K. Boukheddaden Aymen Yangui
Published in
The Journal of Chemical Physics
Pastor, Alexander
Published in
The Journal of Chemical Physics
The relaxation processes of the xenon clusters subjected to multi-photon excitation by laser radiation with quantum energies significantly lower than the thresholds of excitation of atoms and ionization of clusters were studied. Results obtained by means of the photoelectron spectroscopy method showed that desorption processes of excited atoms play...
Vdovichenko, G A Krivchikov, A I Korolyuk, O A Tamarit, J Ll Pardo, L C Rovira-Esteva, M Bermejo, F J Hassaine, M Ramos, M A
Published in
The Journal of Chemical Physics
The thermal conductivity, specific heat, and specific volume of the orientational glass former 1,1,2-trichloro-1,2,2-trifluoroethane (CCl2F-CClF2, F-113) have been measured under equilibrium pressure within the low-temperature range, showing thermodynamic anomalies at ca. 120, 72, and 20 K. The results are discussed together with those pertaining t...
Mackie, Cameron J Candian, Alessandra Xinchuan Huang Lee, Timothy J Tielens, Alexander Ggm
Published in
The Journal of Chemical Physics
A full derivation of the analytic transformation of the quadratic, cubic, and quartic force constants from normal coordinates to Cartesian coordinates is given. Previous attempts at this transformation have resulted in non-linear transformations; however, for the first time, a simple linear transformation is presented here. Two different approaches...
