undissolved
简明释义
adj. 未溶解的，不溶解的；未解除的，未取消的
英英释义
Not dissolved in a solvent; remaining in a solid state and not forming a solution. | 未溶解于溶剂；保持固态而未形成溶液。 |
单词用法
未溶解的颗粒 | |
未溶解的固体 | |
保持未溶解状态 | |
看起来未溶解 |
同义词
| 不可溶的 | 该物质在水中仍然不可溶。 | ||
| 未解决的 | 会议后这个问题仍未解决。 | ||
| 悬浮的 | 颗粒悬浮在液体中。 |
反义词
| 溶解的 | 盐在水中溶解了。 | ||
| 可溶的 | 这种物质在酒精中可溶。 |
例句
1.Finally, the slight crackle fissures along the direction of undissolved carbide and crystal boundary, and.
裂纹沿未溶碳化物和晶界走向开裂，说明未溶碳化物降低了晶界处结合强度。
2.Microencapsulation of extracts from gingko leaves can be used as a function food additive to solve some problems such as undissolved property in water and the bitterness of gingko flavonoids.
为使银杏叶提取物能在食品领域得到充分有价值的应用，探索采用微胶囊技术来解决银杏类黄酮难溶于水及强烈苦味的问题。
3.Properties: Completely dissolved in solvent such as coal tar system, esters, turpentine and plant oil. Undissolved in solvent such as alcohol and partly dissolved in oil.
性能：在煤焦系，酯类溶剂﹑节油﹑物油中完全溶解，不溶于醇类溶剂，在石油系溶剂中部分溶解。
4.Microencapsulation of extracts from gingko leaves can be used as a function food additive to solve some problems such as undissolved property in water and the bitterness of gingko flavonoids.
为使银杏叶提取物能在食品领域得到充分有价值的应用，探索采用微胶囊技术来解决银杏类黄酮难溶于水及强烈苦味的问题。
5.Undissolved (free) Water Removal ONLY!
不溶（免费）移送水！
6.But at the peak temperature near the temperatures of melting, a significant amount of undissolved carbides still exist in the surface.
表面最高温度接近熔化温度时，仍含有一定数量的未溶渗碳体。
7.Undissolved proteins showed tendency of decrease, it was 7% in mature seeds.
不溶性蛋白呈下降趋势，成熟籽粒中约7%。
8.Undissolved sugar crystals may cause seeding while the solution is cooling and start crystallization before it is desirable.
未溶糖晶体可能导致播种，而解决方案是冷却和结晶开始之前，是可取的。
9.The martensitic and undissolved carbide contents continuously increase as the laser scanning speed increases while the residual austenite decreases.
随激光扫描速度增大，试样中的马氏体和未溶碳化物的含量不断增加，残余奥氏体含量则连续下降。
10.The recipe called for sugar to be fully dissolved, but some remained undissolved after stirring.
食谱要求糖完全溶解，但搅拌后仍有一些糖未溶解。
11.During the experiment, we noted that the particles were still undissolved despite the heat applied.
在实验过程中，我们注意到尽管施加了热量，颗粒仍然是未溶解的。
12.The doctor advised against taking the medication if it appears undissolved in water.
医生建议如果药物在水中呈现未溶解状态，则不要服用。
13.The powder was left in the solution, but some particles remained undissolved.
粉末留在溶液中，但有些颗粒仍然是未溶解的。
14.In the laboratory, we observed that the salt was undissolved at the bottom of the beaker.
在实验室里，我们观察到盐在烧杯底部是未溶解的。
作文
In the world of science, understanding the properties of different substances is crucial. One such property that often comes into play is solubility, which refers to the ability of a substance to dissolve in a solvent. When we talk about substances that do not dissolve, we refer to them as undissolved (未溶解的). This term is commonly used in chemistry and other scientific fields to describe solids that remain intact when mixed with liquids. For instance, when salt is added to water, it dissolves completely, resulting in a homogeneous solution. However, if we take sand and mix it with water, the sand remains undissolved (未溶解的) at the bottom of the container. This difference in behavior between salt and sand can be attributed to their molecular structure and the nature of their interactions with water molecules. The concept of undissolved (未溶解的) substances is not only important in laboratory settings but also has practical implications in our daily lives. For example, when brewing coffee, the coffee grounds are undissolved (未溶解的) particles that impart flavor to the water. The process of filtration allows us to separate the undissolved (未溶解的) grounds from the liquid coffee, ensuring a smooth beverage. In environmental science, the presence of undissolved (未溶解的) materials can indicate pollution levels in water bodies. For instance, high concentrations of undissolved (未溶解的) sediments can suggest erosion or runoff issues, which may harm aquatic ecosystems. Scientists often measure the turbidity of water to assess the amount of undissolved (未溶解的) particles present, helping to monitor and protect natural habitats. Moreover, in the field of pharmaceuticals, the solubility of drugs plays a significant role in their effectiveness. Some medications are designed to dissolve quickly in the body, while others may remain undissolved (未溶解的) until they reach specific areas within the digestive system. Understanding how and why certain compounds remain undissolved (未溶解的) is essential for developing effective treatments and ensuring proper dosages. In conclusion, the term undissolved (未溶解的) is more than just a descriptor; it represents an essential concept in various scientific disciplines. From chemistry to environmental science and medicine, recognizing the significance of undissolved (未溶解的) substances helps us understand the world around us. Whether it’s the grains of sand at the beach or the coffee grounds in our cup, these undissolved (未溶解的) entities play a vital role in our everyday experiences and scientific explorations.
在科学的世界中，理解不同物质的性质至关重要。一个常常被提及的性质是溶解度，它指的是一种物质在溶剂中溶解的能力。当我们谈论不溶解的物质时，我们称它们为undissolved（未溶解的）。这个术语在化学和其他科学领域中常用于描述当与液体混合时仍然保持完整的固体。例如，当盐被加入水中时，它会完全溶解，形成均匀的溶液。然而，如果我们将沙子与水混合，沙子则会保持在容器底部，成为undissolved（未溶解的）颗粒。这种盐和沙子的行为差异可以归因于它们的分子结构和与水分子之间的相互作用。undissolved（未溶解的）物质的概念不仅在实验室环境中重要，而且在我们的日常生活中也有实际意义。例如，在冲泡咖啡时，咖啡渣是undissolved（未溶解的）颗粒，它们将风味传递给水。过滤过程允许我们将undissolved（未溶解的）咖啡渣与液体咖啡分开，从而确保饮品的顺滑。在环境科学中，undissolved（未溶解的）材料的存在可以指示水体中的污染水平。例如，undissolved（未溶解的）沉积物浓度过高可能表明侵蚀或径流问题，这可能对水生生态系统造成伤害。科学家们通常测量水的浑浊度，以评估其中存在的undissolved（未溶解的）颗粒数量，从而帮助监测和保护自然栖息地。此外，在制药领域，药物的溶解度在其有效性中起着重要作用。一些药物设计为在体内迅速溶解，而另一些可能保持undissolved（未溶解的），直到它们到达消化系统中特定的区域。了解某些化合物为何保持undissolved（未溶解的）对开发有效的治疗方案和确保适当的剂量至关重要。总之，术语undissolved（未溶解的）不仅仅是一个描述词；它代表了各种科学学科中的一个基本概念。从化学到环境科学再到医学，认识到undissolved（未溶解的）物质的重要性帮助我们理解周围的世界。无论是海滩上的沙粒还是杯中的咖啡渣，这些undissolved（未溶解的）实体在我们的日常经历和科学探索中都扮演着重要角色。
