We characterize the transient solvent-dependent OH-stretching frequency shifts of photoacid 2-naphthol hydrogen-bonded with CH3CN in the S0- and S1-states using a combined experimental and theoretical approach, and disentangle specific hydrogen-bonding contributions from nonspecific dielectric response
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
Hydrogen bonding dynamics has received extensive research attention in recent years due to the signi...
We characterize the transient solvent-dependent OH-stretching frequency shifts of photoacid 2-naphth...
We characterize the transient solvent-dependent OH-stretching frequency shifts of photoacid 2-naphth...
To assess the potential use of O–H stretching modes of aromatic alcohols as ultrafast local probes o...
We investigate the OH stretch vibrational frequency shifts of a prototype photoacid, 2-naphthol (2N)...
Intermolecular hydrogen bonding, as a site-specific interaction between hydrogen donor and acceptor ...
Intermolecular hydrogen bonding, as a site-specific nteraction between hydrogen donor and acceptor m...
To study the early time hydrogen-bonding dynamics of chromophore in hydrogen-donating solvents upon ...
Understanding the intricate molecular motions that occur in solvents is a scientific challenge for m...
Understanding the intricate molecular motions that occur in solvents is a scientific challenge for m...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
The rational design of photoacids requires accessible predictive models of the electronic effect of ...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
Hydrogen bonding dynamics has received extensive research attention in recent years due to the signi...
We characterize the transient solvent-dependent OH-stretching frequency shifts of photoacid 2-naphth...
We characterize the transient solvent-dependent OH-stretching frequency shifts of photoacid 2-naphth...
To assess the potential use of O–H stretching modes of aromatic alcohols as ultrafast local probes o...
We investigate the OH stretch vibrational frequency shifts of a prototype photoacid, 2-naphthol (2N)...
Intermolecular hydrogen bonding, as a site-specific interaction between hydrogen donor and acceptor ...
Intermolecular hydrogen bonding, as a site-specific nteraction between hydrogen donor and acceptor m...
To study the early time hydrogen-bonding dynamics of chromophore in hydrogen-donating solvents upon ...
Understanding the intricate molecular motions that occur in solvents is a scientific challenge for m...
Understanding the intricate molecular motions that occur in solvents is a scientific challenge for m...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
The rational design of photoacids requires accessible predictive models of the electronic effect of ...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
In spite of the detailed information provided by advanced time-resolved spectroscopy, the understand...
Hydrogen bonding dynamics has received extensive research attention in recent years due to the signi...
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