discoid

简明释义

英[ˈdɪskɔɪd]美[ˈdɪskɔɪd]

adj. 平圆形的；盘形药丸；铁饼状的

英英释义

单词用法

同义词

反义词

例句

1.Stylopodium low-conic or discoid, pale yellow.

花柱基浅圆锥形或者盘状，浅黄。

2.Results Of 26 discoid menisci, 25 were in lateral and only one was in medial. Besides, 18 were classified as slab type and 8 wedge type.

结果2 6例盘状半月板中，2 5例为外侧盘状半月板，只有1例为内侧盘状半月板，18例为厚板型，8例为楔型。

3.Application Treatment of discoid lupus erythematosus (sle) and systemic lupus erythematosus (sle).

应用用于治疗盘状红斑狼疮及系统性红斑狼疮。

4.Objective To study the mechanism and feature of discoid meniscus injuries and choice for surgery opportunity.

目的探讨盘状半月板损伤的机制和特点，研究其手术时机的选择。

5.Result: Discoid menisci 34 cases, meniscal degeneration 3 cases, meniscal tear 11 cases with 2 of them accompanied by meniscal cysts.

结果：盘状半月板34例，半月板变性3例，半月板撕裂11例，其中2例伴半月板囊肿。

6.Stems single or several and cespitose , branched above, densely hispid, hairs discoid at base; branches slender, spreading.

茎单一或数个和丛生，上面分枝，密被糙硬毛，毛盘状的在基部；分枝纤细，平展。

7.Objective To investigate the effectiveness of meniscal allograft in treatment of discoid meniscus tear.

目的探讨同种异体半月板移植治疗盘状半月板撕裂的临床效果。

8.The biologist observed a discoid 圆盘状的 structure under the microscope.

生物学家在显微镜下观察到一个discoid 圆盘状的结构。

9.In geology, a discoid 圆盘状的 rock formation can indicate ancient volcanic activity.

在地质学中，一个discoid 圆盘状的岩石形成可能表明古代火山活动。

10.Some species of fish have a discoid 圆盘状的 body shape that helps them swim efficiently.

一些鱼类的身体呈现出discoid 圆盘状的形状，这有助于它们高效游泳。

11.The artist created a sculpture with a discoid 圆盘状的 base to symbolize unity.

艺术家创作了一座以discoid 圆盘状的底座为基础的雕塑，以象征团结。

12.The discoid 圆盘状的 leaves of the plant help in maximizing sunlight absorption.

植物的discoid 圆盘状的叶子有助于最大化阳光吸收。

作文

The term discoid refers to a shape that resembles a disc or is circular in form. This word is often used in various scientific fields, particularly in biology and geology. For instance, when describing certain types of cells or organisms, the term discoid can be employed to illustrate their flat, round appearance. In biology, you might find discoid structures in the form of red blood cells, which are typically described as having a biconcave, discoid shape that allows them to efficiently transport oxygen throughout the body. In geology, the term discoid can be used to describe specific types of sedimentary structures. For example, some rock formations may exhibit discoid shapes due to the natural processes of erosion and sedimentation. These discoid formations can provide valuable information about the environmental conditions that existed during the time of their formation. Moreover, in the field of anthropology, the term discoid can refer to artifacts or tools that have a circular shape. Archaeologists might discover discoid stone tools that were used by ancient civilizations for various tasks. The study of these discoid artifacts can reveal important insights into the technological advancements and cultural practices of past societies. The concept of discoid shapes is not limited to the sciences; it also appears in art and design. Artists may utilize discoid forms to create visually appealing compositions, often playing with symmetry and balance. In graphic design, discoid elements can be found in logos and branding materials, where circular shapes are often associated with unity and wholeness. Understanding the implications of the term discoid can deepen our appreciation for the natural world and the artifacts we create. It encourages us to observe the shapes and forms around us, recognizing how they influence both scientific inquiry and artistic expression. Whether in the microscopic examination of cells, the geological analysis of rocks, or the aesthetic considerations in art, the discoid shape serves as a reminder of the interconnectedness of various disciplines. In conclusion, the word discoid encompasses a wide range of meanings across different fields. Its circular, disc-like connotation allows for diverse applications, from biology to geology to art. By exploring the significance of discoid shapes, we can enhance our understanding of both the physical world and the creativity inherent in human expression. Ultimately, the versatility of the term discoid highlights the beauty of language and its ability to convey complex ideas succinctly.

“discoid”这个词指的是一种类似于圆盘或圆形的形状。这个词常常在各种科学领域中使用，特别是在生物学和地质学中。例如，在描述某些类型的细胞或生物时，可以使用“discoid”一词来说明它们扁平、圆形的外观。在生物学中，你可能会发现“discoid”结构以红血球的形式存在，这些细胞通常被描述为具有双凹的“discoid”形状，使它们能够有效地运输氧气到全身。 在地质学中，“discoid”一词可以用来描述特定类型的沉积结构。例如，一些岩石形成可能由于自然侵蚀和沉积过程而呈现出“discoid”形状。这些“discoid”形成可以提供有关其形成时期环境条件的重要信息。 此外，在人类学领域，“discoid”一词可以指代具有圆形的文物或工具。考古学家可能会发现古代文明使用的“discoid”石器，这些“discoid”文物的研究可以揭示过去社会的技术进步和文化实践的重要见解。 “discoid”形状的概念不仅限于科学，它还出现在艺术和设计中。艺术家可能利用“discoid”形式来创造视觉上令人愉悦的作品，常常玩弄对称性和平衡。在图形设计中，“discoid”元素可以在标志和品牌材料中找到，其中圆形通常与统一和完整性相关联。 理解“discoid”一词的含义可以加深我们对自然世界和我们创造的文物的欣赏。它鼓励我们观察周围的形状和形式，认识到它们如何影响科学探究和艺术表达。无论是在对细胞的微观观察、岩石的地质分析，还是在艺术中的美学考虑中，“discoid”形状都提醒着我们各学科之间的相互联系。 总之，“discoid”这个词在不同领域中包含了广泛的含义。它的圆形、圆盘状的含义使得它在生物学、地质学和艺术等方面都有多种应用。通过探索“discoid”形状的意义，我们可以增强对物理世界和人类表达中固有创造力的理解。最终，“discoid”一词的多样性突显了语言的美丽及其简洁传达复杂思想的能力。