Abstract
Continuous contaminant analysis is realistically and regularly employed by some major industries. At this date, the techniques are operated on laboratory-centered procedures but methods are being developed to produce miniaturized equipment which can be fitted to a machine or ‘plugged-in’ and used as a normal operational control.
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References
Klug, R.L. (1972) ‘Scheduled oil sampling as a maintenance tool’, S.A. E. Paper 720372, April, also: Caterpillar Tractor Co., Peoria, Illinois 61611, USA Report FEG 00023-01 (1973).
Bond, B.B. (1965), ‘Spectrometric oil analysis’, Report 0 & R — P — 1, Naval Air Station, Pensacola, Florida 32508, October.
Davies, A.E. (1972), ‘Principles and practice of aircraft powerplant maintenance’, Trans. I. Mar. E. 84, 441 - 447.
Waggoner, C.A. (1971), ‘Spectrometric oil analysis — principles and practice’, Materials Report 71A, Defence Research Establishment Pacific, Victoria B.C., Canada. March.
Barugh, J.K. (1972), ‘Equipment reliability through oil monitoring’, Vactric Control Equipment Ltd., Morden, Surrey SM4 4LL.
Hunter, R.C. (1975), ‘Engine failure prediction techniques’, Aircraft Engineering, March, 4-14.
Seifert, W.W. and Westcott, V.C. (1972), ‘A method for the study of wear particles in lubricating oil’, Wear, 21, 29 - 42.
Scott, D. and Mills, G.H. (1973), ‘Spherical debris — its occurrence, formation and significance in rolling contact fatigue’, Wear, 24, 235 - 242.
Scott, D. and Mills, G.H. (1973), ‘Spherical particles formed in rolling contact fatigue’, Nature, 241, 115 - 116.
Perrier, P. (1973), ‘The french navy STM control kit’, Rapid Methods for the Analysis of Used Lubricating Oils, Scientific Publications ( GB) Ltd., Broseley, Shrops.
Schilling, A. (1973), Motor oils and engine lubrication’, Scientific Publications (GB) Ltd.
Sibernaler, E. (1973), ‘The photometric analysis of blotter spot tests’, Rapid Methods for the Analysis of Used Lubricating Oils, Scientific Publications (GB) Ltd.
Morot-Sir, F. (1973), ‘Application of thin layer chromatography to the analysis of additives in lubricants’, Rapid Methods for the Analysis of Used Lubricating Oils, Scientific Publications (GB) Ltd.
Hollinger, R.H. (1973), ‘Advanced capacitative oil debris monitor’,UASSMRDL Technical Report 73-53, Fort Eustis, Virginia 23604, August.
Wright, D. (1971), ‘Nucleonic oil quantity indicating system to MIL-0-38338A’, Nucleonic Data Systems, Santa Ana, California.
Bertin, M.C. (1972), ‘A nucleonic sensor for detecting metal in recirculating lubricating oil systems’, UASAMRDL Technical Report 72 - 38, September, Fort Eustis, Virginia.
De Broglie, L. (1921), ‘Les phenomenes photo-electriques pour les rayons X et les spectres corpusculaires des elements’, J. Physique 2, 265.
Robinson, H. (1923), ‘The secondary corpuscular rays produced by homogenous X-rays’, Proc. R. Soc., AI04 455.
Kretschman, G.G. (1933), ‘Determination of e/m by means of photoelectrons excited by X-rays’, Phys. Rev., 43, 417.
Siegbahn, K.L. (1967), ‘E.S.C.A. atomic molecular and solid-state structure by means of electron spectroscopy’, Almquist & Wiksels, Uppsala.
Drummond, I.W., Errock, G.A. and Watson, J.M. (1974), ‘X-ray photoelectron spectrometry - a tool for chemical analysis’, GEC J. Sci Tech., 41, No. 2/3 94 - 103.
McCrone, W.C. (1967), The Particle Atlas, Ann Arbor Science Publishers Inc., P.O. Box 1425, Ann Arbor, Michigan 48106.
Scott, D. and Scott, H.M. (1957), ‘The electron microscope in the study of wear’, Proc, Cof. Lub. and Wear ( I. Mech. E. ) pp 609 - 612.
Bradley, D.E. (1965), ‘Techniques for mounting, dispersing and disintegrating speciment’, Techniques for Electron Microscopy, Blackwell Scientific Pubs. pp 63-81.
Scott, D. (1968), ‘Examination of debris and lubricant contanlinants’, Proc.I. Mech. E., 187 Pt. 3G, 83-86.
Berg, G.H. (1958), ‘Electron size analysis of sub-sieve particles by flowing through a small liquid resistor’, Proc, Symp. Particle Size.Measurement, Sp. Tech. Publ. 234, ASTM pp 245-248.
Kubitschek, H.E. (1960). ‘Electronic measurement of particle size’, Research 13 (4) 128 - 135.
Kubitschek, H.E. (1974), ‘Particle size analyser uses NOVA’, Systems, November, 9.
Ginty, A.G. (1964), ‘Survey of crosshead bearing failures in slow speed marine oil engines’, Marine Engineering Review, November, 41-43.
Couch, R.P., Rossback, D.R. and Burgess, R.W., Jr. (1972), ‘Sensing incipient jet engine failure with electrostatic probes’, Synlposium for Airbreathing Propulsion,Monterey CA, 19 - 21 September. (AF Flight Dynamics Laboratory, Wright Patterson AFB, Ohio. )
Burgess, R.W., Jr (1972), ‘An investigation of the detection of charged metal particles in a jet engine exhaust by a cylindrical electrostatic probe’, Air Force Institute of Technology (AFIT-EN), Wright Patterson AFT, Ohio, AFIT Thesis, June, AD 745540.
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Collacott, R.A. (1977). SOAP and other contaminant monitoring techniques. In: Mechanical Fault Diagnosis and condition monitoring. Springer, Dordrecht. https://doi.org/10.1007/978-94-009-5723-7_9
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DOI: https://doi.org/10.1007/978-94-009-5723-7_9
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