Bridging the Gap between Small Clusters and Nanodroplets: Spectroscopic Study<? format?> and Computer Simulation of Carbon Dioxide Solvated with Helium …

ARW McKellar - Physical review letters, 2004 - APS
High resolution infrared spectra of He N-CO 2 clusters with N up to 17 have been studied in
the region of the CO 2 ν 3 fundamental band. The B rotational constant initially drops as …

[PDF][PDF] Bridging the gap between small clusters and nanodroplets: spectroscopic study and computer simulation of carbon dioxide solvated with helium atoms.

J Tang, F Mezzacapo, S Moroni - Citeseer
High resolution infrared spectra of HeN–CO2 clusters with N up to about 20 have been
studied in the region of the CO2 ν3 fundamental band. The B rotational constant initially …

Bridging the gap between small clusters and nanodroplets: spectroscopic study and computer simulation of carbon dioxide solvated with helium atoms.

J Tang, RA McKellar, F Mezzacapo, S Moroni - Physical Review Letters, 2004 - cir.nii.ac.jp
抄録< p> High resolution infrared spectra of HeN–CO2 clusters with N up to about 20 have
been studied in the region of the CO2 v3 fundamental band. The B rotational constant …

Bridging the gap between small clusters and nanodroplets: Spectroscopic study and computer simulation of carbon dioxide solvated with helium atoms

J Tang, ARW McKellar… - Physical Review …, 2004 - okayama.elsevierpure.com
The high resolution infrared spectra of He N-CO 2 cluster with N up to 17 in the region of the
CO 2 v 3 fundamental band was studied. The He density profiles for He N-CO 2 with N= 5 …

Bridging the Gap between Small Clusters and Nanodroplets: Spectroscopic Study and Computer Simulation of Carbon Dioxide Solvated with Helium Atoms

J Tang, AR McKellar, F Mezzacapo… - Physical Review …, 2004 - ui.adsabs.harvard.edu
High resolution infrared spectra of He N-CO 2 clusters with N up to 17 have been studied in
the region of the CO 2 ν 3 fundamental band. The B rotational constant initially drops as …

Bridging the gap between small clusters and nanodroplets: spectroscopic study and computer simulation of carbon dioxide solvated with helium atoms

J Tang, ARW McKellar, F Mezzacapo… - Physical review …, 2004 - pubmed.ncbi.nlm.nih.gov
High resolution infrared spectra of He (N)-CO2 clusters with N up to 17 have been studied in
the region of the CO2 nu (3) fundamental band. The B rotational constant initially drops as …

[PDF][PDF] Bridging the gap between small clusters and nanodroplets: spectroscopic study and computer simulation of carbon dioxide solvated with helium atoms.

J Tang, F Mezzacapo, S Moroni - scholar.archive.org
High resolution infrared spectra of HeN–CO2 clusters with N up to about 20 have been
studied in the region of the CO2 ν3 fundamental band. The B rotational constant initially …

[PDF][PDF] Bridging the gap between small clusters and nanodroplets: spectroscopic study and computer simulation of carbon dioxide solvated with helium atoms.

J Tang, F Mezzacapo, S Moroni - researchgate.net
High resolution infrared spectra of HeN–CO2 clusters with N up to about 20 have been
studied in the region of the CO2 ν3 fundamental band. The B rotational constant initially …

Bridging the gap between small clusters and nanodroplets: spectroscopic study and computer simulation of carbon dioxide solvated with helium atoms.

J Tang, AR McKellar, F Mezzacapo… - Physical Review …, 2004 - europepmc.org
Bridging the gap between small clusters and nanodroplets: spectroscopic study and computer
simulation of carbon dioxide solvated with helium atoms. - Abstract - Europe PMC Sign in …

[PDF][PDF] Bridging the gap between small clusters and nanodroplets: spectroscopic study and computer simulation of carbon dioxide solvated with helium atoms.

J Tang, F Mezzacapo, S Moroni - core.ac.uk
High resolution infrared spectra of HeN–CO2 clusters with N up to about 20 have been
studied in the region of the CO2 ν3 fundamental band. The B rotational constant initially …