new fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.

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Main Author: International Sugar Journal
Format: TEXT
Language:English
Published: International Sugar Journal 2009
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spelling lpplib-144682016-08-08 00:00:00Perpustakaan LPP Yogyakartanew fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.International Sugar JournalgulasugarcaneInternational Sugar Journal2009TEXT5 hsl penelitian;664.11English
institution Politeknik LPP Yogyakarta
collection Perpustakaan Yogyakarta
language English
topic gulasugarcane
spellingShingle gulasugarcane
International Sugar Journal
new fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.
description
format TEXT
author International Sugar Journal
author_facet International Sugar Journal
author_sort International Sugar Journal
title new fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.
title_short new fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.
title_full new fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.
title_fullStr new fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.
title_full_unstemmed new fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.
title_sort new fermentation tech opens pathway to oxaloacetate-derived chemicals and products, optimization of extraction of phenolic compounds from scum using response surface meth, the use of sugar beet pulp in paper manufacture, white cane sugar production, effects of air injection during sap processing on maple syrup color-chemical composition-flavor volatiles.
physical 5 hsl penelitian;
publisher International Sugar Journal
publishDate 2009
callnumber-raw 664.11
callnumber-search 664.11
_version_ 1742521893823447040