non-alkylated compound
非烷基化化合物
being non-alkylated
非烷基化状态
non-alkylated product
非烷基化产品
non-alkylated form
非烷基化形式
alkylated vs. non-alkylated
烷基化与非烷基化
non-alkylated precursors
非烷基化前体
the non-alkylated phenol showed improved antioxidant activity.
非烷基化的酚类化合物显示出更强的抗氧化活性。
we analyzed both alkylated and non-alkylated versions of the compound.
我们分析了该化合物的烷基化和非烷基化版本。
non-alkylated flavonoids are often found in higher concentrations in plants.
非烷基化的类黄酮通常在植物中以较高的浓度存在。
the non-alkylated precursor is essential for the synthesis process.
非烷基化的前体对于合成过程至关重要。
the study focused on the properties of non-alkylated resorcinol.
该研究侧重于非烷基化间苯二酚的特性。
non-alkylated compounds can exhibit different solubility characteristics.
非烷基化的化合物可能表现出不同的溶解度特征。
the reaction yielded a significant amount of non-alkylated product.
反应产生了大量的非烷基化产物。
we compared the efficacy of alkylated versus non-alkylated forms.
我们比较了烷基化与非烷基化形式的功效。
the non-alkylated derivative demonstrated enhanced thermal stability.
非烷基化的衍生物表现出增强的热稳定性。
careful separation allowed us to isolate the non-alkylated fraction.
仔细分离使我们能够分离出非烷基化部分。
the non-alkylated structure contributes to its unique reactivity.
非烷基化的结构促使其独特的反应性。
non-alkylated compound
非烷基化化合物
being non-alkylated
非烷基化状态
non-alkylated product
非烷基化产品
non-alkylated form
非烷基化形式
alkylated vs. non-alkylated
烷基化与非烷基化
non-alkylated precursors
非烷基化前体
the non-alkylated phenol showed improved antioxidant activity.
非烷基化的酚类化合物显示出更强的抗氧化活性。
we analyzed both alkylated and non-alkylated versions of the compound.
我们分析了该化合物的烷基化和非烷基化版本。
non-alkylated flavonoids are often found in higher concentrations in plants.
非烷基化的类黄酮通常在植物中以较高的浓度存在。
the non-alkylated precursor is essential for the synthesis process.
非烷基化的前体对于合成过程至关重要。
the study focused on the properties of non-alkylated resorcinol.
该研究侧重于非烷基化间苯二酚的特性。
non-alkylated compounds can exhibit different solubility characteristics.
非烷基化的化合物可能表现出不同的溶解度特征。
the reaction yielded a significant amount of non-alkylated product.
反应产生了大量的非烷基化产物。
we compared the efficacy of alkylated versus non-alkylated forms.
我们比较了烷基化与非烷基化形式的功效。
the non-alkylated derivative demonstrated enhanced thermal stability.
非烷基化的衍生物表现出增强的热稳定性。
careful separation allowed us to isolate the non-alkylated fraction.
仔细分离使我们能够分离出非烷基化部分。
the non-alkylated structure contributes to its unique reactivity.
非烷基化的结构促使其独特的反应性。
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