1. What are the specific challenges associated with arson investigation?
2. What are the most common fuel sources used in arsons?
3. What are ideal samples to collect as evidence and how should they be collected?
4. What instrumentation is useful for the analysis of arson and fire debris evidence?
5. What are some drawbacks of using Gas Chromatography in arson investigations?
6. Why are the number of forensic scientists who investigate arson cases limited? Why is this not generally a major part of general forensic chemistry training?
7. What do vapor pressure, flash point and other general chemistry factors play in fire investigations?
8. What are the common means of sample preparation for arson investigation evidence?
Arson investigations are challenging because they require an understanding of fire behavior as well as the evidence that is left at the scene. The investigator must also be able to identify the point of origin of the fire, which can be difficult if the fire has burned for a long time. In addition, arson cases often involve multiple agencies, which can make coordination difficult.
One drawback of using Gas Chromatography in arson investigations is that it can be difficult to determine the exact point of origin of the fire. In addition, the process can be time-consuming, and it can be difficult to identify all of the components of a fire.
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