What inputs are required ?

  • Peak area of reference compound, check compound 1, check compound 2
  • Concentration of reference compound, check compound 1, check compound 2
  • Theoretical Relative Response Factor of check compound 1, check compound 2
  • If the concentration is expressed by mole, the theoretical relative response factor must also be by mole. Likewise for mass and volume
  • Use FID Relative Response Factor Calculator for GAS to find the theoretical relative response factor when the sample is in gas phase
  • Use FID Relative Response Factor Calculator for LIQUID to find the theoretical relative response factor when the sample is in liquid phase

What the FID RRF Verification Calculator Outputs

  • Response factor of the reference compound, check compound 1, check compound 2
  • Experimental Relative Response Factor of check compound 1, check compound 2
  • Difference in % between Experimental and Theoretical RRF of check compound 1, check compound 2

Before You Go

Want to understand how this FID RRF Verification Calculator works behind the scenes?
Read the full explanation in this Flame Ionization Detector (FID) series in the GC Hardware.

Or if you’d like to explore other free GC calculators, browse the full collection here.

Scroll to Top