What inputs are required ?

  • Number of carbon atoms of a reference compound, unknown compound 1, unknown compound 2
  • Number of hydrogen atoms of a reference compound, unknown compound 1, unknown compound 2
  • Optional: relative or absolute density of a reference compound, unknown compound 1, unknown compound 2

What the FID RRF Calculator for Liquid Outputs

  • Molecular weight of the reference compound, unknown compound 1, unknown compound 2
  • Relative response factor by mole of unknown compound 1, unknown compound 2
  • Relative response factor by mass of unknown compound 1, unknown compound 2
  • Relative response factor by volume of unknown compound 1, unknown compound 2

Before You Go

Want to understand how this FID RRF Calculator for Liquid 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.

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