MayesD.M., Short-wave near infrared (SW-NIR) analysis system and method. US patent application under serial number 08/777,228 (1996).
2.
MayesD.M.KozaD.S.CavinatoA.G., “A compact, solid state spectrophotometer system for process monitoring”, Process Contr. Qual.5, 1–8 (1993)
3.
WrightS.L.HoodF.C., Near infrared spectrometer used in combination with a combine for real time grain analysis. US Patent 5751421 (1998).
4.
EngelR.E.LongD.S.CarlsonG.R., “on-the-go grain protein sensing is near. Does it have a future in precision management for wheat?”, Better Crops Plant Food81(4), 20–23 (1997).
5.
WrightS.L.JohnsonD.L.WelleR., Near infrared spectrometer used in combination with an agricultural implement for real time grain and forage analysis. US Patent 5991025 (1999).
6.
WrightS.L.BrumbackT.B.JrNieburW.S.WelleR., Near infrared spectrometry for real time analysis of substances. WIPO Patent Document Wo/1999/058959 (1999).
7.
MayesD.M., Near infrared analysis of constituents. WIPO Patent Document Wo/2001/046678 (2001).
8.
DardenneP.FéméniasN., “Diode array near infrared instrument to analyze fresh forages on a harvest machine”, in Near infrared spectroscopy: Proceedings of the 9th international conference, Ed by DaviesA.M.C.GiangiacomoR., NIR Publications, Chichester, UK, pp. 121–124 (1999).
9.
PaulC.RodeM.FeuersteinU., “From laboratory to harvester: Forage analysis by NIRS diode array instrumentation”, Grassland Sci. Europe5, 259–261 (2000).
10.
ReynsP.MaertensK.De BaerdemaekerJ., “on-line measurement of corn moisture content on a combine harvester using NIR technology”, in ECPA 2001, Proc. 3rd Eur. Conf. on Precision Agriculture, Montpellier, June, 2001, Ed by GrenierG.BlackmoreS., pp. 851–856 (2001).
11.
ThylénL.AlgerboP.A., “Development of a protein sensor for combine harvesters”, in ECPA 2001, Proc. 3rd Eur. Conf. on Precision Agriculture, Montpellier, June, 2001, Ed by GrenierG.BlackmoreS., pp. 869–873 (2001).
12.
KormannG., Untersuchungen zur Integration kontinuierlich arbeitender Feuchtemesssysteme in ausgewählten Futtererntemaschinen. München, Univ., Wissenschaftszentrum für Ernährung, landnutzung und umwelt, Dissertation (2001).
13.
MayesD.KozaD.McCallumJ., “on the go grain analysis by DSquared Development”, see www.dsquared-dev.com