discal

简明释义

英[ˈdɪskəl]美[ˈdɪskəl]

adj. 盘状的；圆盘的

英英释义

单词用法

同义词

反义词

例句

1.The cortical opacification in CT-S digital images was linear, cuniform or clustered aggregate shadow configuration. The posterior subcapsular opacification was discal vacuolar or granular appearance.

CT S图像特征：晶状体皮质混浊为线状、楔形或聚集成簇状排列的斑块状阴影，晶状体后囊膜下混浊为成片的空泡状或颗粒状阴影。

2.The cortical opacification in CT-S digital images was linear, cuniform or clustered aggregate shadow configuration. The posterior subcapsular opacification was discal vacuolar or granular appearance.

CT S图像特征：晶状体皮质混浊为线状、楔形或聚集成簇状排列的斑块状阴影，晶状体后囊膜下混浊为成片的空泡状或颗粒状阴影。

3.ObjectiveIn order to quantify the treatment of fractures with splint, we develop discal index drawing force transducer for measuring and controlling the sanction of fixation retainer of the splint.

目的为实现夹板局部外固定治疗骨折的定量化，我们研制了盘状指针式拉力传感器以便实时监控夹板固定带约束力。

4.A discal impeller driven magnet sleeve set (7) consists of a front-end discal impeller (4) and a rear-end magnet sleeve (6); the magnet sleeve (6) is provided with a driven magnet (5) inside.

盘形叶轮从动磁体套组(7)由前端的盘形叶轮(4)和后端的磁体套(6)组成，磁体套(6)的内部安装有从动磁体(5)。

5.Based on research of maglev disc system, the bearing structure of discal maglev flywheel rotor is proposed, and the experimental device of maglev flywheel battery is designed.

在磁悬浮盘片系统研究的基础上，提出了盘状磁悬浮飞轮转子支承结构，设计磁悬浮飞轮电池试验装置。

6.The ducting hose end set funnel indraft cover use in ventilator installation. The ducting hose else end set discal air exit of power and heat supply set installation.

所述导风管的一端设有供排风扇安装的斗状吸风罩口，导风管的另端设有供电热装置安装的盘状排风口，斗状吸风罩口与盘状排风口相对应；

7.The discal filer realized the combination of surface filtering and depth filtering. The automatic switching over of filtering and cleaning process is realized.

盘式过滤器实现了表面过滤和深度过滤的组合，实现了过滤和清洗过程的自动切换。

8.The way use several discal cutting tools which have different radii, adopt the process of subsection and relay mode, achieve the process of non-sphere surface.

用几个不同半径的圆盘刀具，采用分段“接力式”的加工方式，实现对非球面的加工。

9.This paper compute and analyze two dimension electromagnetic field of discal magnetoelectric machine using ANSYS finite element analysis software.

本文应用有限元软件ANSYS分析计算盘式永磁电机的二维电磁场。

10.The discal 足部的 support in these shoes is exceptional for athletes.

这些鞋子中的discal 足部的 支撑对运动员来说非常出色。

11.He suffered from discal 足部的 pain after running a marathon.

他在跑完马拉松后感到discal 足部的 疼痛。

12.The doctor recommended discal 足部的 exercises to improve his condition.

医生建议做一些discal 足部的 练习来改善他的状况。

13.Her discal 足部的 issues were related to improper footwear.

她的discal 足部的 问题与不合适的鞋子有关。

14.The physiotherapist focused on discal 足部的 rehabilitation techniques.

物理治疗师专注于discal 足部的 康复技术。

作文

In the realm of geometry, various shapes and forms are studied to understand their properties and relationships. One such term that often comes up in discussions about circular shapes is discal, which refers to anything that is circular or disk-shaped. The concept of discal objects can be found in numerous real-world applications, from the design of wheels to the structure of certain biological cells. Understanding discal shapes is essential for students and professionals alike, particularly in fields such as engineering, biology, and art. The significance of discal forms extends beyond mere aesthetics; they play a crucial role in functionality. For instance, the circular shape of a wheel allows for smooth rotation, which is fundamental to transportation. Without the discal design, vehicles would struggle to move efficiently. Similarly, in nature, many organisms exhibit discal features that contribute to their survival. For example, certain types of algae have a discal shape that maximizes their surface area for photosynthesis, allowing them to thrive in aquatic environments. Moreover, the study of discal geometry has led to advancements in technology. Engineers often utilize discal principles when designing components for machines. The efficiency of gears, for example, can be attributed to their discal form, which facilitates smooth and efficient energy transfer. In architecture, discal elements are also prevalent, with many domes and circular structures being celebrated for their strength and aesthetic appeal. On a more abstract level, the concept of discal can also be applied to various theoretical frameworks. In mathematics, the properties of discal shapes are analyzed to derive formulas and theorems that govern the behavior of circles and disks. This mathematical exploration not only enhances our understanding of geometry but also provides tools for solving complex problems in physics and engineering. In art, discal shapes inspire creativity and innovation. Artists often incorporate discal designs into their work, using circles to symbolize unity, wholeness, and infinity. The use of discal elements can evoke emotions and provoke thought, making them a powerful tool for expression. In conclusion, the term discal encompasses much more than just a shape; it represents a fundamental aspect of our world that influences various disciplines. From the practical applications in engineering and biology to the creative expressions in art, understanding discal forms enriches our knowledge and appreciation of the universe. As we continue to explore and innovate, the significance of discal shapes will undoubtedly remain at the forefront of our studies and endeavors, reminding us of the beauty and functionality inherent in circularity.

在几何学的领域中，各种形状和形式被研究以理解它们的属性和关系。其中一个在讨论圆形时经常出现的术语是discal，它指的是任何圆形或盘状的物体。discal 物体的概念可以在许多现实世界的应用中找到，从轮子的设计到某些生物细胞的结构。理解discal 形状对学生和专业人士来说都至关重要，特别是在工程、生物学和艺术等领域。 discal 形式的意义超越了单纯的美学；它们在功能性方面也起着关键作用。例如，轮子的圆形设计使得平稳旋转成为可能，这对于交通运输至关重要。如果没有discal 设计，车辆将难以高效移动。同样在自然界中，许多生物体呈现出discal 特征，这有助于它们的生存。例如，某些类型的藻类具有discal 形状，最大化它们的表面积以进行光合作用，使它们能够在水生环境中繁茂生长。 此外，discal 几何学的研究推动了技术的进步。工程师在设计机器部件时经常利用discal 原理。例如，齿轮的效率可以归因于其discal 形式，这促进了平稳和高效的能量传递。在建筑中，discal 元素也很常见，许多圆顶和圆形结构因其强度和美观而受到赞誉。 在更抽象的层面上，discal 的概念也可以应用于各种理论框架。在数学中，discal 形状的属性被分析，以推导出控制圆和盘行为的公式和定理。这种数学探索不仅增强了我们对几何的理解，还提供了解决物理和工程复杂问题的工具。 在艺术中，discal 形状激发了创造力和创新。艺术家们经常将discal 设计融入他们的作品中，使用圆形来象征团结、完整和无限。discal 元素的使用可以唤起情感并引发思考，使其成为表达的强大工具。 总之，术语discal不仅仅包含一种形状；它代表了我们世界的一个基本方面，影响着各个学科。从工程和生物学中的实际应用到艺术中的创造性表达，理解discal 形式丰富了我们对宇宙的知识和欣赏。随着我们继续探索和创新，discal 形状的重要性无疑将继续处于我们研究和努力的前沿，提醒我们圆形固有的美和功能。