Modelling interaction between cane particles during high rate pneumatic cane cleaning, Modifications to the Willison coupling, Monitoring final mill effluent by TOC (Total Organic Carbon), Near infra-red spectroscopic applications for milling- prospects and implications, Opportunities to increase significantly yield of sugarcane crops at Bundaberg

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Main Author:	Churchward, E.HDawson, M.WHobson, P.AAnderson,S.IBrotherton, G.A
Format:	TEXT
Language:	English
Published:	Watson Ferguson and Company
Subjects:	tebu gula
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id	lpplib-17226
record_format	oai_dc
spelling	lpplib-172262016-08-08 00:00:00Perpustakaan LPP YogyakartaModelling interaction between cane particles during high rate pneumatic cane cleaning, Modifications to the Willison coupling, Monitoring final mill effluent by TOC (Total Organic Carbon), Near infra-red spectroscopic applications for milling- prospects and implications, Opportunities to increase significantly yield of sugarcane crops at BundabergChurchward, E.HDawson, M.WHobson, P.AAnderson,S.IBrotherton, G.Atebu gulaWatson Ferguson and CompanyTEXT9 p, 5 p, 5 p, 9 p, 5p;English
institution	Politeknik LPP Yogyakarta
collection	Perpustakaan Yogyakarta
language	English
topic	tebu gula
spellingShingle	tebu gula Churchward, E.HDawson, M.WHobson, P.AAnderson,S.IBrotherton, G.A Modelling interaction between cane particles during high rate pneumatic cane cleaning, Modifications to the Willison coupling, Monitoring final mill effluent by TOC (Total Organic Carbon), Near infra-red spectroscopic applications for milling- prospects and implications, Opportunities to increase significantly yield of sugarcane crops at Bundaberg
description
format	TEXT
author	Churchward, E.HDawson, M.WHobson, P.AAnderson,S.IBrotherton, G.A
author_facet	Churchward, E.HDawson, M.WHobson, P.AAnderson,S.IBrotherton, G.A
author_sort	Churchward, E.HDawson, M.WHobson, P.AAnderson,S.IBrotherton, G.A
title	Modelling interaction between cane particles during high rate pneumatic cane cleaning, Modifications to the Willison coupling, Monitoring final mill effluent by TOC (Total Organic Carbon), Near infra-red spectroscopic applications for milling- prospects and implications, Opportunities to increase significantly yield of sugarcane crops at Bundaberg
title_short	Modelling interaction between cane particles during high rate pneumatic cane cleaning, Modifications to the Willison coupling, Monitoring final mill effluent by TOC (Total Organic Carbon), Near infra-red spectroscopic applications for milling- prospects and implications, Opportunities to increase significantly yield of sugarcane crops at Bundaberg
title_full	Modelling interaction between cane particles during high rate pneumatic cane cleaning, Modifications to the Willison coupling, Monitoring final mill effluent by TOC (Total Organic Carbon), Near infra-red spectroscopic applications for milling- prospects and implications, Opportunities to increase significantly yield of sugarcane crops at Bundaberg
title_fullStr	Modelling interaction between cane particles during high rate pneumatic cane cleaning, Modifications to the Willison coupling, Monitoring final mill effluent by TOC (Total Organic Carbon), Near infra-red spectroscopic applications for milling- prospects and implications, Opportunities to increase significantly yield of sugarcane crops at Bundaberg
title_full_unstemmed	Modelling interaction between cane particles during high rate pneumatic cane cleaning, Modifications to the Willison coupling, Monitoring final mill effluent by TOC (Total Organic Carbon), Near infra-red spectroscopic applications for milling- prospects and implications, Opportunities to increase significantly yield of sugarcane crops at Bundaberg
title_sort	modelling interaction between cane particles during high rate pneumatic cane cleaning, modifications to the willison coupling, monitoring final mill effluent by toc (total organic carbon), near infra-red spectroscopic applications for milling- prospects and implications, opportunities to increase significantly yield of sugarcane crops at bundaberg
physical	9 p, 5 p, 5 p, 9 p, 5p;
publisher	Watson Ferguson and Company
publishDate
_version_	1742522782796742656

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