Method for making a sensor for monitoring hydrogen concentration

Details Method for making a sensor for monitoring hydrogen concentration Method for making a sensor for monitoring hydrogen concentration

1989-10-25

1990-12-11

Tung, T.

Coating processes

Electrical product produced

Metal coating

204424, 204429, 264 60, 427 58, 4271262, 4271263, 4271265, G01N 2747, B05D 512

Patent

active

049769910

ABSTRACT:
A sensor for monitoring hydrogen concentrations in gases, containing a solid electrolyte body, a detector electrode having a surface which is exposable to a gas to be monitored, and a reference electrode, in which the reference and detector electrodes make contact with the solid electrolyte, and the detector electrode contains a platinum metal or a platinum metal oxide. A method of making the sensor is also disclosed.

REFERENCES:
patent: 3475223 (1969-10-01), Kummer et al.
patent: 3825482 (1974-07-01), Wechter et al.
patent: 3843400 (1974-10-01), Radford et al.
patent: 4024036 (1977-05-01), Nakamura et al.
patent: 4049891 (1977-09-01), Hong et al.
patent: 4111777 (1978-09-01), Dobson et al.
patent: 4166009 (1979-08-01), Fray
patent: 4272350 (1981-06-01), Croset et al.
patent: 4377460 (1983-03-01), Hirayama et al.
patent: 4689122 (1987-08-01), Polak et al.
A. P. Khomyakov et al., "X-Ray Diffraction Study", Chemical Abstract, vol. 86, Abstract #99364g.
N. A. Nosyrev et al., "Crystal Structure of Synthetic Khibinskite", Chemical Abstract, vol. 86, Abstract #64045b.
P. Colomban et al., "New Protonic Conductors for Hydrogen Sensors", Chemical Abstract, vol. 100, Abstract #78015m.
M. Arima et al., "Stability of Wadeite", Chemical Abstract, vol. 93, Abstract #75943p.
V. A. Kolesova et al., "Cesium Analog of Wadeite", Chemical Abstract, vol. 92, Abstract #139893m.
N. Kinomura et al., "Crystal Structure of Phases", Chemical Abstract, vol. 90, Abstract #58172g.
V. A. Blinov et al., "Refinement of the Crystal Structure of Wadeite", Chemical Abstract, vol. 86, Abstract #149059j.
J. P. Hilger, "Formation Mechanism of Wadeite", Chemical Abstract, vol. 102, Abstract #83258p.
V. N. Rudenko et al., "Crystal Structure of Sn-wadeite", Chemical Abstract, vol. 100, Abstract #124239n.
P. Colomban et al., "New Protonic Conductors for Hydrogen Sensors", Chemical Abstract, vol. 100, Abstract #78015m.
M. G. Gorskaya et al., "Refinement of Crystal Structure of Titanium Wadeite", Chemical Abstract, vol. 97, Abstract #41678y.
A. P. Khomyakov, "Separation of Mineral Species and Varieties in the Keldyshite Group", Chemical Abstract, vol. 89, Abstract #27698h.
Ph. Colomban, H. Perthius, G. Velasco, "New Protonic Conductors for Hydrogen Sensors: The Thick Film Route", pp. 375 to 391.
U. von Alpen, M. F. Bell; H. H. Hoefer, S. Schindler, "Hochtemperatur-Hochenergiezelle mit Festelektrolyt", May 1983.
Steen Yde-Andersen et al., "Properties of Nasicon Electrolytes Prepared from Alkoxide Derived Gels", Solid State Ionics, 14, pp. 73-79, (1984).

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