aminobenzines are aromatic amines commonly used in organic synthesis as versatile intermediates.
氨基苯胺是常用的芳香胺，在有机合成中作为多用途中间体。
the molecular structure of aminobenzines features a benzene ring with an amino group substitution.
氨基苯胺的分子结构具有苯环和氨基取代基的特征。
many pharmaceutical compounds incorporate aminobenzines as key building blocks in drug development.
许多药物化合物在药物开发中将氨基苯胺作为关键结构单元。
industrial production of aminobenzines requires careful control of reaction conditions and safety protocols.
氨基苯胺的工业生产需要仔细控制反应条件和安全协议。
toxicological studies have revealed significant health hazards associated with prolonged exposure to aminobenzines.
毒理学研究表明，长期接触氨基苯胺与重大的健康危害相关。
aminobenzines serve as important precursors in the manufacture of dyes and pigments.
氨基苯胺是染料和颜料制造的重要前体。
the chemical properties of aminobenzines make them valuable for various synthetic applications.
氨基苯胺的化学性质使其在各种合成应用中具有价值。
environmental regulations now strictly control the disposal of aminobenzines due to their toxicity.
由于其毒性，环境法规现在严格控制氨基苯胺的处置。
researchers continue to develop safer alternatives to traditional aminobenzines in industrial processes.
研究人员继续开发更安全的替代传统氨基苯胺的工业工艺。
the reaction mechanisms involving aminobenzines have been extensively studied in academic literature.
涉及氨基苯胺的反应机理已在学术文献中得到广泛研究。
aminobenzines can undergo various substitution reactions at both the amino and ring positions.
氨基苯胺可以在氨基和环的位置发生各种取代反应。
analytical techniques such as nmr spectroscopy are used to characterize aminobenzines.
使用诸如核磁共振光谱等分析技术来表征氨基苯胺。
the solubility of aminobenzines varies significantly depending on substitution patterns and ph conditions.
氨基苯胺的溶解度因取代模式和pH条件而异，变化很大。
aminobenzines are aromatic amines commonly used in organic synthesis as versatile intermediates.
氨基苯胺是常用的芳香胺，在有机合成中作为多用途中间体。
the molecular structure of aminobenzines features a benzene ring with an amino group substitution.
氨基苯胺的分子结构具有苯环和氨基取代基的特征。
many pharmaceutical compounds incorporate aminobenzines as key building blocks in drug development.
许多药物化合物在药物开发中将氨基苯胺作为关键结构单元。
industrial production of aminobenzines requires careful control of reaction conditions and safety protocols.
氨基苯胺的工业生产需要仔细控制反应条件和安全协议。
toxicological studies have revealed significant health hazards associated with prolonged exposure to aminobenzines.
毒理学研究表明，长期接触氨基苯胺与重大的健康危害相关。
aminobenzines serve as important precursors in the manufacture of dyes and pigments.
氨基苯胺是染料和颜料制造的重要前体。
the chemical properties of aminobenzines make them valuable for various synthetic applications.
氨基苯胺的化学性质使其在各种合成应用中具有价值。
environmental regulations now strictly control the disposal of aminobenzines due to their toxicity.
由于其毒性，环境法规现在严格控制氨基苯胺的处置。
researchers continue to develop safer alternatives to traditional aminobenzines in industrial processes.
研究人员继续开发更安全的替代传统氨基苯胺的工业工艺。
the reaction mechanisms involving aminobenzines have been extensively studied in academic literature.
涉及氨基苯胺的反应机理已在学术文献中得到广泛研究。
aminobenzines can undergo various substitution reactions at both the amino and ring positions.
氨基苯胺可以在氨基和环的位置发生各种取代反应。
analytical techniques such as nmr spectroscopy are used to characterize aminobenzines.
使用诸如核磁共振光谱等分析技术来表征氨基苯胺。
the solubility of aminobenzines varies significantly depending on substitution patterns and ph conditions.
氨基苯胺的溶解度因取代模式和pH条件而异，变化很大。
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