saponifiable

简明释义

英[səˈpɒnɪfaɪəbl]美[səˈpɑːnəˌfaɪəbl]

adj. 可皂化的

英英释义

单词用法

同义词

反义词

例句

1.Phytosterol with a structure similar to cycle-alcohol, mainly existing in the plant non-saponifiable contents, is a multifunctional factor, one of whose functions is to lower cholesterol.

植物甾醇是一种类似于环状醇结构物质，主要存在于植物油不皂化物中，是一种多功能因子，具有降胆固醇等生理功能；

2.Phytosterol with a structure similar to cycle-alcohol, mainly existing in the plant non-saponifiable contents, is a multifunctional factor, one of whose functions is to lower cholesterol.

植物甾醇是一种类似于环状醇结构物质，主要存在于植物油不皂化物中，是一种多功能因子，具有降胆固醇等生理功能；

3.The solid preparation is prepared by coating the solid preparation containing L-cysteine or salt thereof with coating film containing partial saponifiable matter of polyvinyl alcohol.

它是对含L-半胱氨酸或其盐的固形制剂实施了含有聚乙烯醇 的部分皂化物的涂层被膜的包覆固形制剂。

4.Olive oil has very high nutritional value, its main components are saponifiable substance and non-saponifiable substance, the percentage of saponifiable substance is 98.

橄榄油具有极高的营养价值，其主要组成成分为可皂化物及不可皂化物，其中可皂化物占98。

5.The packing Carbonate dust from the saponifiable waste alkali incineration equipment was treated with wet dust-removing techniques of material-filled purification tower.

采用填料洗涤塔湿法净化技术，对皂化废碱液焚烧装置碳酸钠包装粉尘进行治理。

6.Sodium stearate and sodium palmitate produced by the reaction of saponifiable oil and alkali of degreasing solution were removed by filtration.

皂化性油和除油液中的碱作用生成的硬脂酸钠及棕榈酸钠采用过滤的方法排除；

7.The fatty acids in the oil are saponifiable, allowing them to be converted into soap.

油中的脂肪酸是可皂化的，可以转化为肥皂。

8.In the production of biodiesel, only certain oils are saponifiable and suitable for the process.

在生物柴油的生产中，只有某些油是可皂化的，适合这一过程。

9.The chemist explained that triglycerides are saponifiable compounds.

化学家解释说，甘油三酯是可皂化的化合物。

10.To create a natural soap, you need to use saponifiable fats or oils.

要制作天然肥皂，您需要使用可皂化的脂肪或油。

11.Not all lipids are saponifiable; some require special conditions to break down.

并非所有脂质都是可皂化的；有些需要特殊条件才能分解。

作文

In the world of chemistry, the term saponifiable refers to the ability of certain substances to undergo a chemical reaction known as saponification. This process is crucial in the production of soaps and involves the hydrolysis of fats or oils in the presence of an alkali. When we think about saponifiable materials, we often consider triglycerides, which are esters derived from glycerol and three fatty acids. These triglycerides are commonly found in vegetable oils and animal fats, making them essential components in soap making. Understanding the concept of saponifiable substances helps us appreciate the intricate relationship between chemistry and everyday products. For instance, when you wash your hands with soap, you are essentially utilizing the saponifiable properties of fats that have been transformed into a cleansing agent. The saponification process breaks down the triglycerides into glycerol and fatty acid salts, which are the actual soap molecules that help remove dirt and grease from surfaces. Moreover, not all fats are saponifiable. Some fats, like certain mineral oils, do not undergo this reaction, highlighting the importance of selecting the right type of fat for soap production. This selectivity is vital for chemists and manufacturers who aim to create effective cleaning products. The quality of the soap produced can vary significantly based on the choice of saponifiable ingredients, affecting factors such as lathering ability, moisturizing properties, and overall effectiveness. The significance of saponifiable substances extends beyond just soap. In the cosmetic industry, many skincare products utilize saponifiable oils for their beneficial properties. These oils can be infused with various nutrients and compounds, providing additional benefits such as hydration and nourishment for the skin. Therefore, understanding which oils are saponifiable allows formulators to create products that not only cleanse but also enhance skin health. Additionally, the environmental impact of saponifiable materials cannot be overlooked. Many traditional soap-making processes rely on natural fats and oils, which can be more sustainable than synthetic alternatives. As consumers become increasingly conscious of their ecological footprint, the demand for natural and organic soaps has risen. This trend has prompted a resurgence in interest in saponifiable ingredients sourced from renewable resources, further emphasizing the relevance of this term in contemporary discussions about sustainability. In conclusion, the term saponifiable encapsulates a fundamental aspect of chemistry that has profound implications in our daily lives. From the soaps we use to the skincare products we apply, the ability of certain substances to undergo saponification is essential for creating effective and beneficial products. Understanding what makes a substance saponifiable not only enhances our knowledge of chemistry but also informs our choices as consumers, encouraging us to seek out products that are both effective and environmentally friendly. As we continue to explore the science behind everyday items, the significance of saponifiable materials will undoubtedly remain a key topic in both chemistry and consumer awareness.

在化学的世界中，术语可皂化的指的是某些物质在碱的存在下经历一种称为皂化的化学反应的能力。这个过程在肥皂生产中至关重要，涉及到脂肪或油在水解中的作用。当我们想到可皂化的材料时，我们通常会考虑甘油三酯，这是一种由甘油和三种脂肪酸衍生的酯。这些甘油三酯通常存在于植物油和动物脂肪中，使它们成为肥皂制造的重要组成部分。 理解可皂化的物质的概念有助于我们欣赏化学与日常产品之间错综复杂的关系。例如，当你用肥皂洗手时，你实际上是在利用已经转化为清洁剂的脂肪的可皂化的特性。皂化过程将甘油三酯分解为甘油和脂肪酸盐，这些都是帮助去除表面污垢和油脂的肥皂分子。 此外，并非所有脂肪都是可皂化的。一些脂肪，例如某些矿物油，不会经历这种反应，这突显了选择正确类型脂肪以生产肥皂的重要性。这种选择性对化学家和制造商至关重要，他们旨在创造有效的清洁产品。所生产肥皂的质量可能会因选择的可皂化的成分而有显著差异，从而影响起泡能力、保湿特性和整体有效性。 可皂化的物质的重要性不仅限于肥皂。在化妆品行业，许多护肤产品利用可皂化的油以其有益特性。这些油可以与各种营养成分和化合物结合，为皮肤提供额外的好处，如滋润和营养。因此，了解哪些油是可皂化的使配方师能够创造出不仅能清洁还增强皮肤健康的产品。 此外，可皂化的材料对环境的影响也不容忽视。许多传统的肥皂制造过程依赖于天然脂肪和油，这可能比合成替代品更可持续。随着消费者越来越关注他们的生态足迹，对天然和有机肥皂的需求上升。这一趋势促使人们重新关注来自可再生资源的可皂化的成分，进一步强调了这一术语在当代可持续性讨论中的相关性。 总之，术语可皂化的概括了化学的一个基本方面，这在我们的日常生活中具有深远的影响。从我们使用的肥皂到我们涂抹的护肤产品，某些物质进行皂化的能力对创造有效和有益的产品至关重要。了解使物质可皂化的因素不仅增强了我们对化学的知识，还告知了我们作为消费者的选择，鼓励我们寻找既有效又环保的产品。随着我们继续探索日常物品背后的科学，可皂化的材料的重要性无疑将在化学和消费者意识的讨论中保持关键话题。