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Dissolving Carbohydrates in CO_2: Renewable Materials as CO_2-philes

机译:将碳水化合物溶解在CO_2:可再生材料作为CO_2-PHILES

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The design and synthesis of inexpensive, hydrocarbon based CO_2-philic materials are of current interest as they are applicable to the utilization of liquid and supercritical CO_2 as an environmentally benign solvent. In this section, we describe the molecular interactions involved in enhancing the solubility of carbohydrates in CO_2. We propose the peracetylation of these compounds as a simple method for the preparation of inexpensive, environmentally benign CO_2-philes. Utilization of these materials as CO_2-philes combines the merits of two important green chemistry principles-environmentally benign solvents and renewable materials.
机译:基于廉价的烃类CO_2-铁物质的设计和合成具有当前利益,因为它们适用于利用液体和超临界CO_2作为环境良态溶剂。在本节中,我们描述了提高CO_2中碳水化合物溶解度的分子相互作用。我们提出了这些化合物的氟酰化作为制备廉价,环境良性CO_2-2-Philes的简单方法。利用这些材料作为CO_2-PHILES结合了两个重要的绿色化学原理 - 环境良性溶剂和可再生材料的优点。

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