Scanning Spectrophotometer Determination Of The Quantum Numbers (Initial And Final States), Wavelength, And Length Of The Box Using Particle In A One Dimensional Box Model For Experimental And Computation Vibration-Rotation Spectroscopy For Carbon Monoxide Through The Use Of High-Resolution Infrared (Ir) Spectra
Experimental and Computation Vibration-Rotation Spectroscopy for Carbon Monoxide Through the Use of High-Resolution Infrared (IR) Spectra
Sarah Keeling
Partner: Ishan Mehta
Experiment #6
CHE 441G – 002
Date of Experiment: February 22, 2006
Date Due: March 1, 2006
Introduction:
The goal of this experiment is to study the most precise way of measuring molecular bond lengths and introduction to computational software used for studying molecular properties. This is of interest in that the instrument to being used, a Fourier-transform infrared (FT-IR) spectrometer, can measure the vibrational and rotational transitions of the fundamental and first overtone of CO. Through this experiment the objective is to collect data from the aforementioned instrument in order to determine vibrational and rotational spectroscopic constants and CO’s bond length, then to compare them with quantum chemical calculation.
Experimental and Computational Methods:
Materials:
- A Nicolet......
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Approximate Word Count: 1947
Approximate Pages: 8 (250 words per double-spaced page)
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