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Calendar

In this course, students are divided into three groups for the laboratory experiments. Each group begins working on a different experiment and completes a cycle of three experiments by the end of the semester. As a result, no two groups ever work on the same experiment at the same time. The Experiments Schedule shows this rotation format.

During the first six weeks of the course, the class attends a series of lectures on the general background and theory relevant to the experiments. A detailed discussion of each experiment is also presented to each laboratory group when they begin the experiment. These group sessions are designated as Conferences. Lecture and Conference topics are presented in the Lecture Schedule below.

Experiments Schedule


DAY # GROUP A GROUP B GROUP C
1 Laboratory Check-in
Begin First Rotation
2-17 Nitrogen Day 1 to 16 Laser and NMR/ESR Day 1 to 16 IR Day 1 to 16
18 Open Lab
19 Nitrogen Day 17 Laser and NMR/ESR Day 17

Laser written report due
Presentation Practice Meetings
20 Nitrogen Day 18 Laser and NMR/ESR Day 18 Presentation Practice Meetings
21-22 Nitrogen Poster Report NMR/ESR Oral Report IR Power Point Presentation
Begin Second Rotation
23-38 Laser and NMR/ESR Day 1 to 16 IR Day 1 to 16 Nitrogen Day 1 to 16
39 Laser and NMR/ESR Day 17

Laser written report due
Presentation Practice Meetings Nitrogen Day 17
40 Laser and NMR/ESR Day 18 Presentation Practice Meetings Nitrogen Day 18
41-42 NMR/ESR Oral Report IR Power Point Presentation Nitrogen Poster Report
Begin Third Rotation
43-58 IR Day 1 to 16 Nitrogen Day 1 to 16 Laser and NMR/ESR Day 1 to 16
59 Presentation Practice Meetings Nitrogen Day 17 Laser and NMR/ESR Day 17

Laser written report due
60 Presentation Practice Meetings Nitrogen Day 18 Laser and NMR/ESR Day 18
61-62 IR Power Point Presentation Nitrogen Poster Report NMR/ESR Oral Report
63 Laboratory Check-out

Lecture Schedule


DAY # Lecture Topics Conference Topics
Group A Group B Group C
1 Introduction and Overview
Begin First Rotation
2 Mandatory Safety Lecture
5 Classical Description of Spectroscopy, Part I
7 Spectroscopy II
9 Vibrational Spectroscopy
10 Electronic Spectroscopy
11 Preparing Oral Presentations
12 Analysis of Acetylene and Methane Spectra
14 Inorganic Chemistry: Nitrogen Scission with Molybdenum Complexes
16 Magnetic Resonance: NMR and ESR
21 Review and Discussion
Begin Second Rotation
23 Electronic Spectroscopy Analysis of Acetylene and Methane Spectra
27 Everything Revisited (if necessary)
Begin Third Rotation
42 Electronic Spectroscopy
46 Analysis of Acetylene and
Methane Spectra