distensible

简明释义

英[dɪsˈtensəbl]美[dɪˈstensəbl]

adj. 扩大的；可扩张的；胀的

英英释义

单词用法

同义词

反义词

例句

1.It is a black six-limbed panther from Hell, the size of a tractor trailer, with an armored head, a venomous striking tail, and massive distensible armored jaws.

这是一只从地狱来的黑色六肢黑豹，尺寸有拖拉机拖车那么大，长着：披甲的头部，恶毒而引人注目的尾巴，和巨大膨胀的装甲下巴。

2.It is a black six-limbed panther from Hell, the size of a tractor trailer, with an armored head, a venomous striking tail, and massive distensible armored jaws.

这是一只从地狱来的黑色六肢黑豹，尺寸有拖拉机拖车那么大，长着：披甲的头部，恶毒而引人注目的尾巴，和巨大膨胀的装甲下巴。

3.Any of various chiefly tropical New World lizards of the genus Anolis, characterized by a distensible throat flap and the ability to change color.

变色蜥蜴，安乐蜥一种主要的西半球热带地区安乐蜥属属蜥蜴，其特征是具有无韧性喉皮和变色能力。

4.But with lactose intolerance, it makes more consumers indigestion, distensible abdomen and so on after drinking milk.

但是由于乳糖不耐症的存在，使较多消费者饮用牛奶后会出现消化不良、腹胀等现象。

5.The balloon is highly distensible, allowing it to expand significantly without bursting.

这个气球非常可扩张的，可以在不爆裂的情况下显著膨胀。

6.The doctor explained that the distensible walls of the blood vessels can accommodate varying blood volumes.

医生解释说，血管的可扩张壁能够容纳不同的血容量。

7.In engineering, materials that are distensible are often used in applications requiring flexibility.

在工程中，可扩张的材料常用于需要灵活性的应用中。

8.The distensible nature of rubber makes it ideal for creating seals and gaskets.

橡胶的可扩张性使其非常适合用于制造密封件和垫圈。

9.During the experiment, we observed how the distensible membrane changed shape under pressure.

在实验过程中，我们观察到可扩张的膜在压力下如何改变形状。

作文

In the world of biology and medicine, understanding the properties of different materials is crucial. One such property that often comes into play is the concept of being distensible, which refers to the ability of a material or structure to stretch or expand when subjected to pressure. This characteristic is particularly important in various organs within the human body, such as the lungs, blood vessels, and even the stomach. The distensible nature of these organs allows them to accommodate varying volumes of substances without losing their functional integrity. For example, the lungs are remarkably distensible. When we inhale, the diaphragm contracts, creating a negative pressure that causes the lungs to expand and fill with air. This expansion is possible because the lung tissues are designed to be distensible, allowing them to increase in volume significantly without tearing. If the lung tissue were rigid and non-distensible, breathing would become a laborious task, severely limiting the amount of oxygen that could enter the bloodstream. Similarly, blood vessels exhibit distensible properties. Arteries, for instance, need to accommodate the surge of blood that occurs with each heartbeat. When the heart pumps, blood is forced into the arteries, causing them to stretch. This distensible feature helps maintain blood pressure and ensures that blood can flow efficiently throughout the body. If arteries were not distensible, they could easily rupture under pressure, leading to serious health complications such as aneurysms. The stomach also demonstrates the importance of being distensible. When we eat, the stomach expands to hold the food, thanks to its distensible walls. This expansion is essential for digestion, as it allows the stomach to accommodate varying amounts of food and liquid. Without this ability, our bodies would struggle to process the nutrients necessary for survival. Understanding the distensible nature of these organs helps us appreciate the intricate design of the human body. It also underscores the importance of maintaining good health to ensure that these structures function optimally. Conditions that affect the distensible properties of organs, such as fibrosis in the lungs or arteriosclerosis in blood vessels, can lead to significant health issues. By promoting healthy habits, such as regular exercise and a balanced diet, we can help preserve the distensible characteristics of our organs, ensuring they continue to perform their vital functions. In conclusion, the term distensible encapsulates the remarkable ability of certain materials and structures to stretch and adapt under pressure. This property is vital in various biological systems, allowing organs like the lungs, blood vessels, and stomach to function effectively. Recognizing the significance of distensible characteristics not only enhances our understanding of human anatomy but also highlights the importance of maintaining our health to support these essential functions.

在生物学和医学的世界中，理解不同材料的特性至关重要。其中一个常常涉及的特性是“distensible”的概念，指的是材料或结构在施加压力时能够伸展或扩展的能力。这一特性在人体内的各种器官中尤为重要，例如肺、血管甚至胃。这些器官的distensible特性使它们能够在不失去功能完整性的情况下容纳不同体积的物质。 例如，肺部具有惊人的distensible特性。当我们吸气时，膈肌收缩，产生负压，使肺部扩张并充满空气。这种扩张之所以可能，是因为肺组织被设计为distensible，允许其在不撕裂的情况下显著增加体积。如果肺组织是刚性且非distensible的，呼吸将变得非常费力，严重限制氧气进入血液的量。 同样，血管也表现出distensible特性。例如，动脉需要容纳每次心跳时血液的涌入。当心脏泵血时，血液被迫进入动脉，导致它们伸展。这种distensible特征有助于维持血压，并确保血液能够有效地流遍全身。如果动脉不是distensible的，它们可能会在压力下轻易破裂，导致严重的健康并发症，如动脉瘤。 胃部也展示了distensible的重要性。当我们进食时，胃会扩张以容纳食物，这得益于其distensible的壁。这种扩张对消化至关重要，因为它允许胃容纳不同数量的食物和液体。如果没有这种能力，我们的身体将难以处理生存所需的营养。 理解这些器官的distensible特性有助于我们欣赏人体的复杂设计。它还强调了保持良好健康的重要性，以确保这些结构正常运作。影响器官distensible特性的状况，如肺部纤维化或血管硬化，可能导致重大健康问题。通过促进健康习惯，如定期锻炼和均衡饮食，我们可以帮助保持器官的distensible特性，确保它们继续执行其重要功能。 总之，术语distensible概括了某些材料和结构在压力下伸展和适应的非凡能力。这一特性在各种生物系统中至关重要，使肺、血管和胃等器官能够有效运作。认识到distensible特性的意义不仅增强了我们对人体解剖的理解，也突显了保持健康以支持这些基本功能的重要性。