11:53
2114 Lec 15_Part 3 of 4: Light and Orbitals (Recap)
Aaron Geller
13:27
2114 Lec 15_Part 4 of 4: Spectrophotometers and Beer's Law
5:26
2114 Lec 16_Part 1 of 4: UV-Vis in a Lab
8:09
2114 Lec 16_Part 2 of 4: Absorption and Color
12:45
2114 Lec 16_Part 3 of 4: Calibration Curve and Beers Law
8:16
2114 Lec 16_Part 4 of 4: Deviations from Beer's Law I (importance)
14:40
2114 Lec 17_Part 1 of 4: Beers Law Deviations II (Causes)
16:18
2114 Lec 17_Part 2 of 4: Molecular Orbitals
12:41
2114 Lec 17_Part 3 of 4: Jablonski Vs. MO Diagram
5:01
2114 Lec 17_Part 4 of 4: Vibrational Excitation
14:55
2114 Lec 18_Part 1 of 4: Vibronic Transitions
9:45
2114 Lec 18_Part 2 of 4: Spectra and Energy Levels
19:11
2114 Lec 18_Part 3 of 4: Fluorescence I (Theory)
6:20
2114 Lec 18_Part 4 of 4: Fluorescence II (Spectra and Energy Levels)
14:41
2114 Lec 19_Part 1 of 3: Fluorescence III (Advantages and Use)
10:01
2114 Lec 19_Part 2 of 3: Fluorescence Vs. Absorption and S/N
15:43
2114 Lec 19_Part 3 of 3: Fluorescence Experiment
15:48
2114 Lec 20_Part 1 of 4: Fluorescence Experiment II and Self Absorption
4:40
2114 Lec 20_Part 2 of 4: Atomic Spectroscopy Design
18:05
2114 Lec 20_Part 3 of 4: UV-Vis vs. AAS vs. AES
7:26
2114 Lec 20_Part 4 of 4: AAS vs. AES II
20:06
2114 Lec 21_Part 1 of 4: Temperature Effects in Atomic Spectroscopy
8:22
2114 Lec 21_Part 2 of 4: Interferences (Basics)
10:48
2114 Lec 21_Part 3 of 4: Interferences (Ionization)
5:51
2114 Lec 21_Part 4 of 4: Interferences (Spectral)
11:07
2114 Lec 22_Part 1 of 4: Interferences (Chemical)
2114 Lec 22_Part 2 of 4: Standard Addition (Theory)
11:43
2114 Lec 22_Part 3 of 4: Standard Addition Use (one sample)
13:03
2114 Lec 22_Part 4 of 4: Standard Addition Graph I
16:40
2114 Lec 23_Part 1 of 4: Standard Addition Graph II
