| Chapter 6: |
pp. 116 - 140
- Good discussion of EMR and its properties.
|
| Chapter 13: |
pp. 300 - 325
- Fundamentals of absorption spectrophotometry; this is the "guts" of what makes the method "tick" -- REVIEW ONLY
|
| Chapter 7: |
pp. 143 - 189
- Instrumentation details; don't need to go into excessive detail with respect to: filters, prisms, multichannel detectors, fiber optics, or multiplex methods.
|
| Chapter 14: |
pp. 329 - 351
- Instrumentation and applications specific to UV/Vis spectrophotometry. REVIEW ONLY
|
| Chapters 16 & 17: |
pp. 380 - 426
- Instrumentation and applications specific to IR spectrophotometry. Skim sections 17B - 17G (pp. 418 - 426).
|
| Chapters 8 & 9: |
pp. 192 - 227
- Overview of atomic spectroscopy with emphasis on flame and electrothermal sources. We will be concerned with absorption and emission methods, so you can skip the section (9E) on fluorescence.
|
| Chapter 10: |
pp. 230 - 251
- Overview of modern atomic emission spectroscopy; no need to go into gory detail on all of the sources, just realize that the ICP is the source of choice for solution analyses.
|
| Chapter 15: |
pp. 355 - 376
- Molecular Luminescence Spectrometry - we will not cover phosphorescence (section 15C-3) or chemiluminescence (section 15D).
|
| Chapter 18: |
pp. 429 - 443
- Raman Spectroscopy - we will touch on most of what is presented here, although nonlinear methods (section 18D-3) will not be covered.
|
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