System and method for measuring effective temperature inside a sealed container
A system and method of measuring the effective temperature inside a sealed container having a headspace is provided. A liquid solvent is added to the container, and a solid compound is added to the liquid solvent to create a saturated solution. Vapor of the saturated solution is allowed to equilibrate in the headspace of the sealed container, and a volume thereof is transferred to a chromatographic column, where chromatographic readings of the equilibrated vapor are taken. A temperature within the sealed container is then calculated based upon the chromatographic readings of the equilibrated vapor, wherein the temperature calculation is based upon the concentrations of the liquid solvent and the solid compound in the equilibrated vapor.
1. A system for determining temperature within a sealed container comprising:
a saturated solution, and equilibrated vapor thereof, of a solvent and a compound disposed within the sealed container; and
a chromatograph that takes chromatographic readings of the equilibrated vapor, wherein the temperature within the sealed container is calculated based upon the chromatographic readings, and
wherein the solvent comprises a liquid, and
wherein the solvent comprises n-dodecane or n-octadecane.
2. The system of claim 1 wherein the temperature is further calculated by the system based upon the concentrations of the solvent and the compound in the equilibrated vapor.
3. The system of claim 2 wherein the chromatographic readings comprise readings of peak areas of the solvent and the compound.
4. The system of claim 3 wherein the temperature is further calculated by the system based upon a ratio of the readings of peak areas of the solvent and the compound.
5. A system for determining temperature within a sealed container comprising:
a saturated solution, and equilibrated vapor thereof, of a solvent and a compound disposed within the sealed container; and
a chromatograph that takes chromatographic readings of the equilibrated vapor, wherein the temperature within the sealed container is calculated based upon the chromatographic readings, and
wherein the compound comprises a solid, and
wherein the compound comprises naphthalene or anthracene.
6. The system of claim 5 wherein the temperature is further calculated by the system based upon the concentrations of the solvent and the compound in the equilibrated vapor.
7. The system of claim 6 wherein the chromatographic readings comprise readings of peak areas of the solvent and the compound.
8. The system of claim 7 wherein the temperature is further calculated by the system based upon a ratio of the readings of peak areas of the solvent and the compound.