Add to ORKGA general formulation of traveling‐wave sub‐Doppler excited molecule energy transferspectroscopy is presented. The line profile analysis is applied to that determined experimentally for the R(22) ν3 HCN transition. Pn the noise equivalent power of the detector is demonstrated to be ⩽10−12 W. Finally, the technique is applied to resolve the KsR(7) ν1 transition head in NH3
the original paper published as J Phys IV 10, Pr8-145 (2000), does not seem available on-lineInterna...
We report the first measurement of sub-Doppler molecular response using a frequency comb by employin...
We have studied the electronic excited states of aromatic hydrocarbons such as, benzene or naphthale...
We propose and demonstrate the velocity transfer spectroscopy of a V-type energy structure with Rb a...
A molecular beam spectrometer capable of achieving sub-Doppler resolution at 2 eV (~18 000 cm^–1) of...
Author Institution: Department Of Chemistry, Princeton University; Department Of Physics, California...
Contains research objectives and summary of research.National Science Foundation (Grant GP-6504)Nati...
Methane is the first organic molecule detected in hot-Jupiter exoplanets [1] and the observed spectr...
We report the measurement of sub-Doppler double-resonance transitions in methane using a 3.3 $\mu$m ...
Time resolved Fourier transform emission spectroscopy has been developed to study highly vibrational...
It is shown that sub-Doppler spectroscopy enables one to resolve individual rotational states in th...
In addition to an increased accuracy in the determination of structural parameters sub- Doppler spec...
Methane is the first organic molecule detected in hot-Jupiter exoplanets [1] and the observed spectr...
In the course of ongoing efforts to determine accurate pure rotational transition frequencies for t...
These experiments apply multiple-laser spectroscopic techniques to investigate the bond energies, po...
the original paper published as J Phys IV 10, Pr8-145 (2000), does not seem available on-lineInterna...
We report the first measurement of sub-Doppler molecular response using a frequency comb by employin...
We have studied the electronic excited states of aromatic hydrocarbons such as, benzene or naphthale...
We propose and demonstrate the velocity transfer spectroscopy of a V-type energy structure with Rb a...
A molecular beam spectrometer capable of achieving sub-Doppler resolution at 2 eV (~18 000 cm^–1) of...
Author Institution: Department Of Chemistry, Princeton University; Department Of Physics, California...
Contains research objectives and summary of research.National Science Foundation (Grant GP-6504)Nati...
Methane is the first organic molecule detected in hot-Jupiter exoplanets [1] and the observed spectr...
We report the measurement of sub-Doppler double-resonance transitions in methane using a 3.3 $\mu$m ...
Time resolved Fourier transform emission spectroscopy has been developed to study highly vibrational...
It is shown that sub-Doppler spectroscopy enables one to resolve individual rotational states in th...
In addition to an increased accuracy in the determination of structural parameters sub- Doppler spec...
Methane is the first organic molecule detected in hot-Jupiter exoplanets [1] and the observed spectr...
In the course of ongoing efforts to determine accurate pure rotational transition frequencies for t...
These experiments apply multiple-laser spectroscopic techniques to investigate the bond energies, po...
the original paper published as J Phys IV 10, Pr8-145 (2000), does not seem available on-lineInterna...
We report the first measurement of sub-Doppler molecular response using a frequency comb by employin...
We have studied the electronic excited states of aromatic hydrocarbons such as, benzene or naphthale...