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首页> 外文期刊>Applied Spectroscopy Reviews: An International Journal of Principles, Methods, and Applications >New Approaches and Recent Advances on Characterization of Chemical Functional Groups and Structures, Physiochemical Property, and Nutritional Values in Feedstocks and By-Products: Advanced Spectroanalytical and Modeling Investigations
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New Approaches and Recent Advances on Characterization of Chemical Functional Groups and Structures, Physiochemical Property, and Nutritional Values in Feedstocks and By-Products: Advanced Spectroanalytical and Modeling Investigations

机译:原料和副产物的化学官能团和结构,理化性质和营养价值表征的新方法和最新进展:先进的光谱分析和模型研究

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摘要

Molecular spectroscopy technique, a rapid and noninvasive analytical technique, is able to reveal biomaterials’ structural features.However, to date, this technique is seldom used in the biofuel and bioethanol processing industry. This article aims to provide research progress and updates on molecular spectroscopy of feedstocks and coproducts from biofuel/bioethanol processing and to show how to use this molecular technique to study the molecular structure, chemical functional groups, and physiochemical properties of feedstocks and coproducts from biofuel processing and how structural changes affect nutrient availability.
机译:分子光谱技术是一种快速且无创的分析技术,能够揭示生物材料的结构特征。然而,迄今为止,该技术很少用于生物燃料和生物乙醇加工行业。本文旨在为生物燃料/生物乙醇加工的原料和副产物的分子光谱学研究提供最新进展,并展示如何利用这种分子技术研究生物燃料加工的原料和副产物的分子结构,化学官能团和理化性质。以及结构变化如何影响养分的供应。

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