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Mixture Strength in Petrol Engines Continuously Controlled by Electric Exhaust Gas Analysers

Published online by Cambridge University Press:  28 July 2016

G. D. Boerlage  and
L. A. Peletier
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Extract

During the last few years continuous indicating electric exhaust gas analysers have been coming into use more and more for controlling the strength of the fuel/air mixture which the carburettor feeds into the engine.

These instruments have already been described in a publication (vide List of References (i)), but since they are of growing interest, especially for aviation, some further research as to their merits and shortcomings seems to be indicated.

Therefore tests have been run with an aircraft type of instrument (the “ Cambridge (N.Y.) Aero Mixture Indicator ”) and an automobile type of instrument (the “ Lantz Phelps Motor Fuel Combustion Tester ” ).

Type
Research Article
Information
The Aeronautical Journal , Volume 40 , Issue 311 , November 1936 , pp. 799 - 814
Copyright
Copyright © Royal Aeronautical Society 1936

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References

1. Young, R.W. Air-cooled radial aircraft-engine performance possibilities. S.A.E. Journal June, 1936, p. 234–256.Google Scholar
2. Bonnier, M. C. Contrdle des essais de moteurs par les analyses de gaz d'echappement Ann. de 1' Office National dea Combustibles Liquides, 1935, No. 2 p 199–232 Google Scholar
3. Gerrish, H. C. and Tessmann, A. M.. Relation of H2 and CH4 to CO in exhaust gases from combustion engines. N.A.C.A. Report, No. 476, dated 1933.Google Scholar
4. ' Alleva, B.A.D and Lovell, W. G.. Relation of exhaust gas composition to air/fuel ratio. S.A.E. Journal, March, 1936, p. 90–96.Google Scholar
5. Gleeson, G. W. and Paul, W H.. Water-gas reaction apparently controls engine exhaust gas composition. National Petroleum News, Vol. XXVIII, No. 8, February 19th 1936, pp. 25–28.Google Scholar