1. 词义：hydrophile是一个名词，指的是具有亲水性的物质或生物分子。
2. 词性：hydrophile是一个名词。
3. 词组搭配：hydrophile常与其他化学品相关的词语搭配使用，如hydrophobic（不亲水的）、suctant（表面活性剂）、emulsion（乳化液）等。
4. 短语：无。
5. 发音拼写：[hahy-druh-fahyl]
例句：
1. Hydrophilic substances are able to dissolve in water.
亲水性物质能够在水中溶解。
2. The hydrophile functional groups in the polymer help it to form a stable emulsion.
聚合物中的亲水性官能团有助于其形成稳定的乳化液。
3. The hydrophobic and hydrophilic regions of the cell membrane control the movement of molecules in and out of the cell.
细胞膜的疏水区域和亲水区域控制着分子在细胞内外的运动。
4. The suctant is a hydrophile molecule that can reduce the suce tension of water.
表面活性剂是一种能够降低水的表面张力的亲水性分子。
5. The hydrophile effect is important in many biological processes, such as protein folding and DNA replication.
亲水效应在许多生物过程中非常重要，如蛋白质折叠和DNA复制。
hydrophile的中文翻译是亲水性的；读音为[hʌɪdrəfaɪl]；
例句：
1. 这种化合物有着很强的亲水性。
This compound exhibits strong hydrophilicity.
2. 亲水性材料可以吸附水分子。
Hydrophilic materials can adsorb water molecules.
hydrophile的中文解释是”吸水、亲水物”，作为名词时有”性”的意思，发音是[‘haidrәufail]，在英语中以名词出现较多，在《大课标百科词典》中，共找到72个与hydrophile相关的例句。
1.吸水
例句:Contact angle investigated that the hydrophile of modified nano-particles were decreased. (通过接触角分析，结果表明改性纳米粒子亲水性降低、亲油性增加。)
2.亲水物
例句:therefore, the ultra-high hydrophile state can be achieved by the induction of ultraviolet; (如此达到利用紫外光的诱发而成为超高亲水状态；)
3.性
例句:Application and Evolvement in Analytic Chemistry of Separation by Liquid-Liquid Extraction of Hydrophile Organic Solvent (亲水液-液萃取分离在分析化学中的应用进展)
4.亲水物、性
例句:Contact Angle investigated that the hydrophile of modified nano-particles were decreased. (翻译:通过接触角分析，结果表明改性纳米粒子亲水性降低、亲油性增加。)
hydrophile一般作为名词使用，如在hydrophile balance([化] 亲水平衡)、hydrophile hair([昆] 嗜水毛)等常见短语中出现较多。
1. Application and Evolvement in Analytic Chemistry of Separation by Liquid-Liquid Extraction of Hydrophile Organic Solvent (翻译:亲水液-液萃取分离在分析化学中的应用进展)
2. Contact Angle investigated that the hydrophile of modified nano-particles were decreased. (翻译:通过接触角分析，结果表明改性纳米粒子亲水性降低、亲油性增加。)
3. the hydrophile-lypophile balance is a significant factor for gelation; (翻译:亲水性与亲脂性的平衡是影响胶凝性能的重要因素；)
