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Joseph Nibler

Institution
Oregon State University

Projects

High Resolution Infrared and Coherent Raman Studies of Propellane

Lead Institution
Oregon State University
Principal Investigator
Joseph Nibler
Project type
Exploratory Research
Propellane is one of the most exotic of all cyclic hydrocarbon, representing a case of extreme ring strain and the only known molecule with the bridgehead carbon atoms forming four bonds in the same…

High Resolution Infrared Spectroscopy of Spiropentane and Bicyclopentane

Lead Institution
Oregon State University
Principal Investigator
Joseph Nibler
Project type
Exploratory Research
The structures and physical properties of small organic strained-ring systems are of interest to both experimental and theoretical chemists. The object of the proposed research is to apply high…

High Resolution Infrared Spectroscopy of Radialene

Lead Institution
Oregon State University
Principal Investigator
Joseph Nibler
Project type
Exploratory Research
The structures and physical properties of small organic strained-ring systems are of interest to both experimental and theoretical chemists. The objective of the proposed research is to apply high…

Infrared and CARS Spectroscopy of Cyclopropane

Lead Institution
Oregon State University
Principal Investigator
Joseph Nibler
Project type
Exploratory Research
Infrared spectra have been obtained using the HR125 FTIR for wavelength ranges between 550 and 3800 cm-1 at the highest resolution allowed by the Doppler width. This wavelength range covers all of…

Vibration-Rotation Spectroscopy of Sulfur Trioxide

Lead Institution
Oregon State University
Principal Investigator
Joseph Nibler
Project type
Exploratory Research
This is a project to use the EMSL high-resolution Fourier transform to measure the rotationally resolved infared spectrum of sulfur trioxide and its oxygen-18 and sulfur-34 isotopometric data to…

Vibration-Rotation Spectroscopy of Sulfur Trioxide

Lead Institution
Oregon State University
Principal Investigator
Joseph Nibler
Project type
Exploratory Research
This is a project to use the EMSL high-resolution Fourier transform to measure the rotationally resolved infared spectrum of sulfur trioxide and its oxygen-18 and sulfur-34 isotopometric data to…