Ultrafast vibrational relaxation of liquid H2O following librational combination band excitation

L Chieffo, J Shattuck, JJ Amsden, S Erramilli… - Chemical Physics, 2007 - Elsevier
Dispersed pump–probe responses excited by∼ 165fs pulses resonant with the bend–
libration combination band in neat H2O centered at 2130cm− 1 are reported. This is the first …

Two-dimensional infrared spectroscopy from the gas to liquid phase: Density dependent J-scrambling, vibrational relaxation, and the onset of liquid character

GN Pack, MC Rotondaro, PP Shah, A Mandal… - Physical Chemistry …, 2019 - pubs.rsc.org
Ultrafast 2DIR spectra and pump–probe responses of the N2O ν3 asymmetric stretch in SF6
as a function of density from the gas to supercritical phase and liquid are reported. 2DIR …

[HTML][HTML] Ultrafast 2DIR comparison of rotational energy transfer, isolated binary collision breakdown, and near critical fluctuations in Xe and SF6 solutions

MC Rotondaro, A Jain, S Erramilli… - The Journal of Chemical …, 2022 - pubs.aip.org
The density dependence of rotational and vibrational energy relaxation (RER and VER) of
the N 2 O ν 3 asymmetric stretch in dense gas and supercritical Xe and SF 6 solutions for …

Nitrous oxide vibrational energy relaxation is a probe of interfacial water in lipid bilayers

LR Chieffo, JT Shattuck, E Pinnick… - The Journal of …, 2008 - ACS Publications
Ultrafast infrared spectroscopy of N2O is shown to be a sensitive probe of hydrophobic and
aqueous sites in lipid bilayers. Distinct rates of VER of the ν3 antisymmetric stretching mode …

Dispersed three-pulse infrared photon echoes of nitrous oxide in water and octanol

JT Shattuck, JR Schneck, LR Chieffo… - The Journal of …, 2013 - ACS Publications
Dispersed IR three-pulse photon echoes due to the antisymmetric (ν3) stretch mode of N2O
dissolved in H2O and 1-octanol at room temperature are reported and analyzed. The …

[图书][B] Vibrational energy relaxation in neat water and biological water

LR Chieffo - 2010 - search.proquest.com
The rate at which energy can be removed from an excited molecular level via energy
transfer and relaxation mechanisms can play a crucial role in affecting biological processes …