rhomboid

简明释义

英[ˈrɒmbɔɪd]美[ˈrɑːmbɔɪd]

n. 长斜方形，长菱形

adj. [数] 长斜方形的；长菱形的

英英释义

单词用法

同义词

反义词

例句

1.Objective To evaluate the result of using minimum tension in rhomboid skin flaps for repairing skin defect in various sites.

目的评价菱形皮瓣张力最小化原则的临床应用特点及修复不同部位皮肤缺损的术后效果。

2.Once again your goal with this practice is to get to full draw position in order to begin aiming and tightening your rhomboid muscles.

这样一次又一次的练习，是为了训练你在瞄准的同时，收紧你的背菱形肌肉。

3.The aim of this study was to assess the rhomboid flap's role in promoting primary healing in recurrent pilonidal disease and to evaluate morbidity and recurrence.

这项研究的目的旨在评估菱形皮瓣在促进复发性性藏毛疾病愈合之作用并评价其发病率和复发率。

4.Modified rhomboid flap has become an ideal method of repairing nasal defects.

目的评价应用改良菱形皮瓣修复发际部位头皮缺损的效果。

5.Methods Since January 2000, Modified rhomboid flaps had been used to repair 15 cases of hair border skin defects.

方法自2000年1月以来，我们应用改良菱形皮瓣修复发际部位头皮缺损15例。

6.It's community structure is rhomboid structure, the stem-leaf ratio will decrease with increasing the height of plant.

不同苜蓿品种的群落结构多为菱形。同化系统与非同化系统的比值随高度的增加而减少。

7.A Chinese puzzle consisting of a square cut into five triangles, a square, and a rhomboid, to be reassembled into different figures.

一种发源于中国的智力游戏，一个正方形被切成了五个三角形、一个正方形和一个长菱形，玩游戏者要把它们重新组合成不同的形状。

8.Inset: the erector spine muscles lift the torso and the rhomboid draw the scapulae towards the midline.

插图：骶棘肌上提躯干，同时菱形肌将肩胛骨向中线拉。

9.In geometry class, we learned about the properties of a rhomboid 菱形 and how it differs from a rectangle.

在几何课上，我们学习了菱形的性质以及它与矩形的不同。

10.The physical therapist recommended exercises to strengthen the rhomboid 菱形 muscles for better posture.

物理治疗师建议进行锻炼以增强菱形肌肉，以改善姿势。

11.During the anatomy lecture, we studied the rhomboid 菱形 minor muscle's role in upper back movement.

在解剖学讲座中，我们研究了小菱形肌在上背部运动中的作用。

12.The muscle fibers in the rhomboid 菱形 major help stabilize the shoulder blades.

大菱形肌的肌纤维有助于稳定肩胛骨。

13.The rhomboid 菱形 shape can be found in various design patterns, adding aesthetic appeal.

在各种设计图案中可以找到菱形形状，增加美感。

作文

The term rhomboid refers to a specific geometric shape that resembles a parallelogram, characterized by opposite sides that are equal in length and angles that are not right angles. In geometry, understanding shapes like the rhomboid is essential for various applications, from architecture to engineering. The rhomboid can be seen as a slanted rectangle, where the angles and the lengths of sides create a unique appearance. This shape is often studied in mathematics due to its properties, which include having diagonals that bisect each other but are not necessarily equal in length.In addition to its geometric significance, the rhomboid also plays a crucial role in anatomy, particularly in the study of human muscles. The rhomboid muscles, located in the upper back, connect the spine to the shoulder blades. These muscles are essential for maintaining good posture and enabling movements such as pulling the shoulder blades together. Understanding the function of the rhomboid muscles helps in developing effective workout routines and rehabilitation programs, especially for individuals who experience upper back pain or discomfort.Furthermore, the rhomboid shape is frequently observed in nature and design. For instance, certain leaves and crystals exhibit this shape, showcasing the beauty of natural forms. Artists and designers often draw inspiration from such geometric figures, incorporating them into their work to create visually appealing compositions. The versatility of the rhomboid extends beyond mathematics and biology; it is a fundamental element in various fields, including art, architecture, and even technology.In conclusion, the concept of rhomboid encompasses both geometric and anatomical dimensions. Whether we are discussing the mathematical properties of the rhomboid shape or the importance of the rhomboid muscles in our bodies, it is clear that this term holds significant value across different disciplines. By exploring the various contexts in which the rhomboid appears, we gain a deeper appreciation for its relevance in our daily lives and the world around us. As we continue to learn about shapes and their applications, the rhomboid will undoubtedly remain an important topic of discussion in both academic and practical settings.

术语rhomboid指的是一种特定的几何形状，类似于平行四边形，其特点是对边长度相等且角度不是直角。在几何学中，理解像rhomboid这样的形状对于建筑、工程等各种应用至关重要。rhomboid可以被视为一个倾斜的矩形，其中角度和边长形成独特的外观。由于其性质，包括对角线互相平分但不一定长度相等，这种形状常常在数学中被研究。除了几何意义外，rhomboid在解剖学中也发挥着重要作用，特别是在研究人体肌肉时。菱形肌位于上背部，连接脊柱和肩胛骨。这些肌肉对于维持良好的姿势以及使肩胛骨靠拢等动作至关重要。理解rhomboid肌肉的功能有助于制定有效的锻炼计划和康复方案，尤其是对于那些经历上背部疼痛或不适的人。此外，rhomboid形状常常在自然和设计中被观察到。例如，某些叶子和晶体表现出这种形状，展示了自然形式的美。艺术家和设计师常常从这样的几何图形中汲取灵感，将其融入作品中，以创造视觉上吸引人的构图。rhomboid的多样性超越了数学和生物学，它是艺术、建筑甚至技术等多个领域的基本元素。总之，rhomboid的概念涵盖了几何和解剖两个维度。无论我们是在讨论rhomboid形状的数学性质，还是在讨论菱形肌在我们身体中的重要性，这个术语在不同学科中都具有重要价值。通过探索rhomboid出现的各种背景，我们对其在日常生活和周围世界中的相关性有了更深刻的理解。随着我们继续学习形状及其应用，rhomboid无疑将在学术和实践场合中保持重要的讨论主题。