Fionn's Research

Search CTRL + K

Fionn's Research

Search CTRL + K
Analytic Methods
Electrochemical Impedance sectroscopy (EIS)
Electron Paramagnetic Resonance Spectroscopy (EPR)
Barnes
Experiments
FF001
FF002
FF003
FF004
FF005
Magnets
Mgn_001
Mgn_002
Mgn_003
Mgn_004
Mgn_005
Mgn_006
Mgn_007
Mgn_008
Mgn_009
Mgn_010
Mgn_011
Mgn_012
Mgn_013
Mgn_014
Mgn_015
Mgn_016
Mgn_017
Mgn_018
Experiment Overview
GP001
LN2 Magnet Fabrication
Research Dashboard
Shopping list
Courses
🌈Spectroscopy
🪩 Group Theory
templates
Experiment
Magnet Experiment
Circular Dichroism (CD)
Elemental anlaysis
Emission Spectroscopy
Magnetic Circular Dichroism (MCD)
Mass Spectrometry
Mössbauer
NMR Theory
NMR
Rotational spectroscopy
Term symbols
Vibrational spectroscopy
🦆 Cyclic Voltametry
Enter to select
to navigate
ESC to close
  • Typical instruments measure CHNO(S)
  • Steps
    1. known mass of sample is combusted in pure O2 atmosphere
    2. CO, CO2, H2O, NOX and SO2 is formed
    3. The gases pass through a CuO and Cu catalyst conveting CO → CO2 and NOX → N2
    4. Via a He carrier, the gases are passed through 4 traps for H2O, CO2, N2, SO2
    5. Masses of each component determined and given as percentage of total mass. Residual mass is labelled as other elements
  • Notes
    • Exact mass of water needs to be known
    • Isotopes not measured
    • Widely accepted deviation from theoretical value is $\pm$0.04%
    • For oxygen measurement, combustion is done in H2 atmosphere
    • ICP is used to detect other elements. The sample is burned in plasma and the emitted light is analyzed for the elements.
Connected Pages
Pages mentioning this page
🌈Spectroscopy