Structure and vibrational force field of methyldifluoroamine, CH3NF2. An electron-diffraction investigation augmented by microwave and infrared spectroscopic data and by ab initio molecular orbital calculations

Kolbjorn Hagen; Kenneth Hedberg; Earnest Obed John; Robert L Kirchmeier; Jean'ne M Shreeve

doi:10.1021/jp980971p

$Structure and vibrational force field of methyldifluoroamine, CH3NF2. An electron-diffraction investigation augmented by microwave and infrared spectroscopic data and by ab initio molecular orbital calculations$

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Peer reviewed

Structure and vibrational force field of methyldifluoroamine, CH3NF2. An electron-diffraction investigation augmented by microwave and infrared spectroscopic data and by ab initio molecular orbital calculations

Kolbjorn Hagen, Kenneth Hedberg, Earnest Obed John, Robert L Kirchmeier and Jean'ne M Shreeve

Journal of Physical Chemistry A, Vol.102(26), pp.5106-5110

1998

DOI: https://doi.org/10.1021/jp980971p

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Title: Structure and vibrational force field of methyldifluoroamine, CH3NF2. An electron-diffraction investigation augmented by microwave and infrared spectroscopic data and by ab initio molecular orbital calculations
Creators: Kolbjorn Hagen
Kenneth Hedberg - University of Idaho
Earnest Obed John - University of Idaho
Robert L Kirchmeier - University of Idaho
Jean'ne M Shreeve
Publication Details: Journal of Physical Chemistry A, Vol.102(26), pp.5106-5110
Identifiers: 996631553301851
Academic Unit: Chemistry
Language: English
Resource Type: Journal article