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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International Sugar Journal
2009
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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 |
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Politeknik LPP Yogyakarta |
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Perpustakaan Yogyakarta |
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English |
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gulasugarcane |
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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. |
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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 |