(DE19734860-A1)      In a process for determining oxidisable components in a gas mixture, a current produced by the electrochemical oxidation of a gas component to be determined is measured between the reference electrode and the working electrode.    USE -   For determining oxidisable components in a gaseous mixture.    ADVANTAGE -   Each oxidisable component can be identified and the concentration measured.    INSTRUMENTATION AND TESTING - Preferred Information: The measured current is a short circuit current. The electrical conductivity of the solid electrolyte is used to control the temperature of the electrolytic cell. An alternating voltage is applied to the reference electrode of an additional electrode above the solid electrolyte body and is in the range of 0.1-106 Hz , esp. 1-200 KHz. The amplitude of the alternating voltage is (5m-) 50 mV.    (EP931257-A1)      In a process for determining oxidisable components in a gas mixture, a current produced by the electrochemical oxidation of a gas component to be determined is measured between the reference electrode and the working electrode.    USE -   For determining oxidisable components in a gaseous mixture.    ADVANTAGE -   Each oxidisable component can be identified and the concentration measured.    INSTRUMENTATION AND TESTING - Preferred Information: The measured current is a short circuit current. The electrical conductivity of the solid electrolyte is used to control the temperature of the electrolytic cell. An alternating voltage is applied to the reference electrode of an additional electrode above the solid electrolyte body and is in the range of 0.1-106 Hz , esp. 1-200 KHz. The amplitude of the alternating voltage is (5m-) 50 mV.    (DE19734860-C2)      In a process for determining oxidisable components in a gas mixture, a current produced by the electrochemical oxidation of a gas component to be determined is measured between the reference electrode and the working electrode.    USE -   For determining oxidisable components in a gaseous mixture.    ADVANTAGE -   Each oxidisable component can be identified and the concentration measured.    INSTRUMENTATION AND TESTING - Preferred Information: The measured current is a short circuit current. The electrical conductivity of the solid electrolyte is used to control the temperature of the electrolytic cell. An alternating voltage is applied to the reference electrode of an additional electrode above the solid electrolyte body and is in the range of 0.1-106 Hz , esp. 1-200 KHz. The amplitude of the alternating voltage is (5m-) 50 mV.    (JP2001504942-W)      In a process for determining oxidisable components in a gas mixture, a current produced by the electrochemical oxidation of a gas component to be determined is measured between the reference electrode and the working electrode.    USE -   For determining oxidisable components in a gaseous mixture.    ADVANTAGE -   Each oxidisable component can be identified and the concentration measured.    INSTRUMENTATION AND TESTING - Preferred Information: The measured current is a short circuit current. The electrical conductivity of the solid electrolyte is used to control the temperature of the electrolytic cell. An alternating voltage is applied to the reference electrode of an additional electrode above the solid electrolyte body and is in the range of 0.1-106 Hz , esp. 1-200 KHz. The amplitude of the alternating voltage is (5m-) 50 mV.