Catalytic Convertors Chemistry Journal
I. KOLTSAKIS, G C ; STAMATELOS, A.M. "Detection of automotive catalysts failure by use of on board diagnostics", Proc. IMechE, J. Automobile Engineering, 1995, Vol. 209, part D, pp. 171-182
2 ASHLEY, C, "Future strategies for reducing emissions", Automotive Engineer, 21 (1996), February/March, No. I, Bury St. Edmunds, GB, pp. 18-20.
HECK, R ; FERRAUTO, R., "Automotive Catalysis", Automotive Engineering, 104 (1996), February, No. 2, Warrendale, PA, USA, pp. 93-96.
4 THEIS, J R., "Catalytic Converter Diagnosis Using the Catalyst Exotherm", SAE 1994 Trans , J Fuels & Lubricants, Section 4, Vol. 103, pp. 1910-1924, SAE942058, 1994
5 K1MBERLEY, W„ "Emissions", Automotive Engineer, Vol. 22, No. 7, September 1997, pp. 50-64.
6. DANIELS, J., "Can there be a point of diminishing results", Automotive Engineer, (1996), August/September, Bury St Edmunds, GB, pp. 42-55.
7 FENTON, J., "Focus on industry solutions for EXHAUST POLLUTION CONTROL", Automotive Engineer, 19 (1994), October/November, No. 5, Bury St. Edmunds, GB, pp. 18-29.
8 "Dossier Echappement - Qu' est-ce que la catalyse?", Revue Technique Automobile, 47 (1992), December, No 546, Boul. Billancourt, FR, pp. LXII-LXIX.
9. KOLTSAKIS, G.C , STAMATELOS, A.M., "Catalytic Automotive Exhaust Aftertreatment", Prog. Energy Combust. Sei., Elsevier Sei. Ltd.,Vol. 23, 1997, pp. 1-39.
10 COOPER, B , "The future of catalytic systems", Automotive Engineering, 100 (1992), April, No. 4, Warrendale, PA, USA, pp. 9-12.
II. TERRES, F; FROESE, D„ "Der EHC - das richtige System flir kommende Emissionsgrenzwerte?", MTZ Motortechnische Zeitschrift, 56 (1995), September, No. 9, Stuttgart, DE, pp. 486-487.
12. "Heated catalytic converter", Automotive Engineering, 102 (1994), September, No. 9, Warrendale, PA, USA, pp. 31-35.
13. EADE, D.; HURLEY, R G ; RUTTER, B., INMAN, G ; BAKSHI, R„ "Exhaust gas ignition". Automotive Engineering, 104 (1996), April, No. 4, Warrendale, PA, USA, pp 70-73.
14 ASHLEY, S., "Reducing tailpipe emissions with catalytic converters", Mechanical Engineering, 1 16 (1994), November, No. 11, New York, USA, pp. 81-82
15 VAN VORST, W M.D; GEORGE, R. S„ "Impact of the California Clean Air Act", Int. J Hydrogen Energy, Elsevier Sei Ltd., Vol. 22, No. 1, 1997, pp. 31-38.
16. PELTERS, S.; SCHWARZENTHAL, D.; MAUS, W„ SWARS, H ; BRÜCK, R , "Alternative Technologies for Studying Catalyst Behaviour to meet OBD II Requirements", SAE932854, 1993.
17. RICHES, I., "Focus on VEHICLE EMISSIONS", Automotive Engineer, 18 (1993), October/November, No. 5, Bury St. Edmunds, GB, pp. 48-61.
18. EASTWOOD, P.; WATSON, J, "Sensor developments crucial to measurement and Exhaust Emission Control", Automotive Engineer, 19 (1994), February/March, No. 1, Bury St. Edmunds, GB, pp. 28-30
19. EASTWOOD, P.; FISCHER, S., "Konzept zur Überprüfung der Funktionstauglichkeit des Abgaskatalysators", ATZ Automobiltechnische Zeitschrift, Vol. 96, No. 1, 1994, pp. 18-24
20. CLEMMENS, W.; SABOURIN, M.; RAO, T„ "Detection of Catalyst Performance Loss Using On-Board Diagnostics", SAE 1990 Trans., Section 4, Vol. 99, pp. 43-60, SAE900062, 1990
21. KOUPAL, J.; SABOURIN, M ; CLEMMENS, W. B , "Detection Of Catalyst Failure On-Vehicle Using The Dual Oxygen Sensor Method", SAE Paper SAE910561, 1991
22. LEGARE, J.; TAMAI, T., "Temperature sensors for on-board diagnosis of LEV/ULEV systems", Automotive Engineering, 103 (1995), April, No. 4, Warrendale, PA, pp. 61-64
23. HEPBURN, J S ; MEITZLER, A.H., "Calculating the Rate of Exothermic Energy Release for Catalytic Converter Efficiency Monitoring", SAE 1995 Trans., J. Fuels & Lubricants, Section 4, Vol. 104, pp. 1450-1305, SAE952423, 1995
24. COLLINS, N.; CA1, W ; MA, T ; BALL, D„ "A linear temperature sensor for exhaust gas ignition (EGI) and on board diagnosis of misfire and catalyst efficiency", SAE930938, 1993
25. CAJ W.; COLLINGS N , "Unburnt Hydrocarbon Measurement by Means of a Surface Ionization Detector", SAE9I0254 (1991)
26. "Inspection of Catalytic Converter HC Efficiency on Vehicles", Research Disclosure, (1996) February, No. 382, Emsworth, GB, p. 150
27. HEPBURN, J.S.; GANDHI, HS, "The Relationship between Catalyst Hydrocarbon Conversion Efficiency and Oxygen Storage Capacity", SAE920831, 1992
28. THEIS, JR., LABARGE, W.J; FISHER, G.B., "The Effects of Catalyst Volume and Ceria Content on the Emission Performance and Oxygen Storage Capacity of Automotive Catalysts", SAE932666, 1993
29. GLOVER, E L.; MICKELSEN, J.; McCLEMENT, D„ "Evaluation of Methods to Determine Catalyst Efficiency in the Inspection/Maintenance Process", SAE960092, 1996
30. MEDER, G.; BRAUN, H S.; KRAUSS, M.; RICKERT, G.. "Auslegung von Katalysator, Sensorik und Software fur zukünftige OBD-Anforderungen in USA und Europa", MTZ Motortechnische Zeitschrift 58, (1997), April, No. 4, pp. 214-220
31. SPARIS, P.D.; BOTSARIS, P.; KARKANIS, A ; PAPADOPOULOS, D., "Measurements of Three-Way Catalyst Performance Under a Stepwise Constant Idle Speed Schedule", SAE952400, 1995
32. BECK, D.D.; SHORT, W.A., "Vehicle Testing of the OBD-II Catalyst Monitor on a 2.2 I Corsica TLEV", SAE952424, 1995
33. SOWMAN, C ; "Emissions affect development", The Motor Ship, August 1996, pp. 31-38
34. SCHÄFER, F.; VAN BASSHYUSEN, R , "Schadstoffreduzierung und Kraftstoffverbrauch von Pkw-Verbrennungs motoren", Springer-Verlag Wien /New York, 1993
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