Heavier isotope gas variants as calibration gas minor components
AssigneeFerrel D. Moore
InventorsFerrel D. Moore, James Robert Moore
Life of this patent
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Abstract
A method for providing a calibration test gas sample includes identifying a first test canister containing a standard test gas including an ionic gas. A chemical formulation of the standard test gas includes a cation and an anion. The method further includes replacing the first test canister with a second test canister containing an improved test gas. A chemical formulation of the improved test gas includes a replacement atom comprising one of a heavier isotope of one of the cation and the anion.
Claims13
A method for providing a calibration test gas sample, comprising:
- identifying a first test canister containing a standard test gas comprising an ionic gas, a chemical formulation of the standard test gas comprising a cation and an anion;
- and
- replacing the first test canister with a second test canister containing an improved test gas, a chemical formulation of the improved test gas comprising a replacement atom comprising one of a heavier isotope of one of the cation and the anion.
A method for providing a calibration test gas sample, comprising:
- identifying a first test canister containing a standard test gas comprised of hydrogen sulfide;
- and
- replacing the first test canister with a second test canister containing an improved test gas comprised of deuterium sulfide.
A method for providing a calibration test gas sample, comprising:
- identifying a first test canister containing a standard test gas comprising a strong oxidizing agent;
- and
- replacing the first test canister with a second test canister containing an improved test gas, a chemical formulation of the improved test gas comprising a replacement atom comprising a heavier isotope of an atom in the strong oxidizing agent.
Dependencies are inferred from the claim text.