3[1]Nelson I.Compact High Performance XFS Instrument for On-Line Real-Time Metal Analysis of Lubricating Oils.JOAP International Condition Monitoring Conference, Mobile, Alabama, USA, 2000
4[2]Kauffman R E, Ameye J.Development and Seeded Fault Engine Test Evaluation of On-Line Oil Condition Monitoring Sensors for the Joint Strike Fighter.JOAP International Condition Monitoring Conference, Mobile, Alabama, USA, 2002
5[3]Wilson B W, Silvernail G.Automated In-Line Machine Fluid Analysis for Marine Diesel and Gas Turbine Engines.JOAP International Condition Monitoring Conference,Mobile, Alabama, USA, 2002
6[4]Chadha S, Stevenson C, Kyle W, et al.On-line Oil Condition Monitor a Cost Effective Cross-platform Tool for Condition Based Maintenance.JOAP International Condition Monitoring Conference, Mobile, Alabama, USA, 2000
7[5]Tack L M.A Portable FTIR for Field Analysis of Lubricants.JOAP International Condition Monitoring Conference, Mobile, Alabama, USA, 2000
8[6]Jarvis N L, Wohltjen H.Solid-State Microsensors for Lubricant Condition Monitoring-Part Ⅰ:Fuel Dilution Meter.Journal of the Society of Triboiogists and Lubrication Engineers, 1994(9):689～693
9[7]Rowe R,Henning P,Damren R, et al.On-Line Oil Condition Monitor.JOAP International Condition Monitoring Conference, Mobile, Alabama, USA, 2002
10[8]Nowell T J, Curran A, Pyestock D,et al.The Develoqment of a Software Based Tool for the Systematic Classification of Oil-wetted Particles(SYCLOPS)for Use by the Royal.JOAP International Condition Monitoring Conference, Mobile Alabama, USA, 2000
4Chen J H, Yang Y C, Huang J Y. On-line monitoring and diagnosis of membrane fouling using ultrasonic techniques [J]. Chemometrics and Intelligent Laboratory Systems, 2013(127):147-157.
