pyriform

简明释义

英[/ˈpaɪrɪfɔrm/]美[/ˈpaɪrɪfɔrm/]

adj. 梨形的

英英释义

单词用法

同义词

反义词

例句

1.Objective To evaluate the effect of gastroscopic assistant operation for children with pyriform sinus fistula.

目的分析儿童梨状窝瘘反复发作的原因，介绍胃镜辅助手术方法及其优越性。

2.ABSTRACT: Objective To evaluate the efficacy of surgical treatment and combined therapy of advanced pyriform sinus cancer.

摘要：目的评价手术及综合治疗在局部晚期梨状窝癌治疗中的作用。

3.Conclusions Intralaryngeal invasion of pyriform sinus carcinoma arose through paraglottic space first.

结论梨状窝癌对喉内的侵犯首先通过声门旁间隙；

4.Objective: To improve the diagnosis rate of the pyriform sinus fistula by means of esphagogram and CT scan after esphagogram.

目的：通过食管吞钡造影及造影后CT平扫检查提高梨状窝瘘的诊断率。

5.Main crop figs are pyriform with variable necks.

主要作物是可变的脖子无花果梨形。

6.The pyriform sinus entry point were localized with retrograde reamed; then, intramedullary nail was performed through the anterograde approach after limited reamed.

所有患者均行有限切开复位，采用逆行扩髓技术定位梨状窝进钉点，有限扩髓后顺行置入髓内钉。

7.Objective: To improve the diagnosis and treatment of pyriform sinus fistula.

目的：提高梨状窝瘘的诊治水平。

8.The fruit had a pyriform shape, resembling a pear.

这个水果呈现出梨形，像一个梨。

9.In botany, the term pyriform is used to describe certain types of fruits.

在植物学中，梨形一词用于描述某些类型的水果。

10.The pyriform design of the vase made it unique.

这个花瓶的梨形设计使它独特。

11.Many species of fish have pyriform bodies for better hydrodynamics.

许多鱼类具有梨形的身体，以提高水动力学性能。

12.The pyriform structure of the cell was observed under the microscope.

在显微镜下观察到细胞的梨形结构。

作文

The beauty of nature often lies in its diverse forms and shapes, each contributing to the intricate tapestry of our environment. One such fascinating shape is the pyriform, which refers to something that is pear-shaped. This unique form can be observed in various elements of nature, from fruits to geological formations. For instance, the common pear itself is a prime example of a pyriform fruit, with its rounded bottom tapering towards the top. This shape not only makes the fruit visually appealing but also serves a functional purpose by aiding in the distribution of seeds. The pyriform structure allows the fruit to hang from branches while ensuring that it remains stable and secure as it grows. In addition to fruits, the pyriform shape can also be found in certain types of shells, such as those of some mollusks. These shells often exhibit a tapering design that provides both protection for the creature inside and an elegant aesthetic that captivates the eye. The pyriform shape in shells is not just a random occurrence; it is a result of evolutionary adaptations that enhance survival. By being pyriform, these shells can better withstand the forces of nature, such as waves and predators. Moreover, the concept of pyriform extends beyond the natural world into the realms of art and architecture. Artists and architects have long been inspired by organic shapes, including the pyriform form. In sculptures and buildings, the use of pyriform lines can evoke feelings of harmony and balance, drawing viewers into a deeper appreciation of the work. For example, the famous architect Antoni Gaudí often incorporated pyriform shapes into his designs, reflecting the natural forms he admired in the world around him. In conclusion, the pyriform shape is a remarkable example of how form and function coexist in nature and human creativity. From the humble pear to the grand structures of architecture, the pyriform design illustrates the beauty and practicality that can arise from a simple shape. By recognizing and appreciating the pyriform elements in our surroundings, we can cultivate a greater understanding of the interconnectedness of all things, whether they are natural or man-made. It is this connection that enriches our lives and inspires us to see the world through a lens of wonder and curiosity.

自然之美往往在于其多样的形状和形式，每一种都为我们环境的复杂织锦做出了贡献。其中一种迷人的形状是pyriform，它指的是梨形的东西。这种独特的形状可以在自然的各种元素中观察到，从水果到地质形成。例如，普通的梨本身就是一个典型的pyriform水果，其底部圆润，向顶部逐渐变尖。这种形状不仅使水果在视觉上更具吸引力，而且还通过帮助种子的分布而发挥了功能性作用。pyriform结构使水果能够从树枝上悬挂，同时确保在生长过程中保持稳定和安全。 除了水果，某些类型的贝壳中也可以发现pyriform形状，例如某些软体动物的贝壳。这些贝壳通常表现出一种逐渐变细的设计，不仅为内部生物提供保护，还展现出优雅的美感，令人着迷。贝壳中的pyriform形状并非偶然出现；它是增强生存能力的进化适应的结果。通过呈现pyriform形状，这些贝壳能够更好地抵御自然力量，如海浪和捕食者。 此外，pyriform的概念超越了自然界，进入艺术和建筑的领域。艺术家和建筑师长期以来受到有机形状的启发，包括pyriform形式。在雕塑和建筑中，使用pyriform线条可以唤起和谐与平衡的感觉，使观众更深入地欣赏作品。例如，著名建筑师安东尼·高迪常常将pyriform形状融入他的设计中，反映出他对周围世界中所钦佩的自然形式的赞美。 总之，pyriform形状是形式与功能如何共存于自然和人类创造力中的一个显著例子。从谦卑的梨到宏伟的建筑结构，pyriform设计展示了简单形状中可能产生的美丽和实用性。通过识别和欣赏我们周围的pyriform元素，我们可以培养对所有事物相互联系的更深刻理解，无论是自然的还是人造的。正是这种联系丰富了我们的生活，并激励我们通过惊奇和好奇的视角来看待世界。