helicoidal

简明释义

英[helɪˈkɔɪdl]美[helɪˈkɔɪdl]

adj. 螺旋状的，螺旋面的（同 helicoid）

n. 螺旋面

英英释义

单词用法

同义词

反义词

例句

1.The utility model discloses a rechargeable lamp, including a cylindrical lamp holder, a helicoidal socket, a holder motherboard, a conduction metal sheet and a storage battery.

本实用新型公开了一种能充电的电灯，由圆筒灯座、螺圈灯口、灯座底板、导电金属片和蓄电池组成。

2.The utility model discloses a rechargeable lamp, including a cylindrical lamp holder, a helicoidal socket, a holder motherboard, a conduction metal sheet and a storage battery.

本实用新型公开了一种能充电的电灯，由圆筒灯座、螺圈灯口、灯座底板、导电金属片和蓄电池组成。

3.To simplified the designing, diagram presentation, construction and profile of helicoidal stair, the formation of helicoid is analyzed, and it's mathematical model is studied.

为简化旋转楼梯的设计、图示、施工及剖面形状，对螺旋面的形成进行了分析，建立了螺旋面的数学模型。

4.The common conjugate surface includes tooth surface of gear, working surface of solid CAM, helicoidal surfaces existing in spiral burr, worm, chip flute of cutters, and so on.

常见的共轭曲面包括齿轮的齿面、空间凸轮的工作面和螺旋面等，其中螺旋面被广泛应用于螺纹、蜗杆、螺杆泵及金属切削刀具等领域。

5.Except that the selected sliding surface is formed by logarithmic helicoidal surface-logarithmic helicoidal surface-plane, no other simplifications or assumptions are made.

除选定滑动面为对数螺旋面—对数螺旋面—平面的形式外，没有其他任何的简化或假定。

6.The helicoidal surfaces are produced mostly by form cutting with forming cutters of end mill type, side mill type or disc type.

螺旋面大多数是用球头铣刀、侧铣刀、盘形刀具成形加工出来的。

7.Firstly, this paper researched the forming mechanism of the helicoidal surface.

对螺旋面的成形机理进行了分析。

8.The staircase was designed with a helicoidal 螺旋形的 structure to save space.

这座楼梯采用了<顺>螺旋形的结构以节省空间。

9.In nature, the helicoidal 螺旋形的 growth patterns of certain shells are fascinating.

在自然界中，某些贝壳的螺旋形的生长模式令人着迷。

10.The artist used a helicoidal 螺旋形的 design for the sculpture to create a sense of movement.

艺术家在雕塑中使用了螺旋形的设计，以创造运动感。

11.The helicoidal 螺旋形的 ramp allowed wheelchair users to access all levels of the building.

这条螺旋形的坡道使轮椅用户能够进入建筑物的所有层级。

12.The helicoidal 螺旋形的 gears in the machine improved its efficiency significantly.

机器中的螺旋形的齿轮显著提高了其效率。

作文

In the realm of geometry and mathematics, the term helicoidal refers to a specific type of three-dimensional curve that resembles a helix. This fascinating concept can be observed in various natural phenomena and man-made structures. To understand the significance of helicoidal shapes, one must first appreciate their unique characteristics. A helicoidal structure is defined by its spiral form, which winds around an axis while simultaneously moving along the length of that axis. This combination of rotation and translation creates a shape that is both elegant and functional. One of the most common examples of helicoidal forms in nature is the structure of certain types of shells, such as those of snails or the nautilus. These shells grow in a helicoidal manner, allowing the organism to expand its living space while maintaining a compact and protective structure. The helicoidal growth pattern not only provides strength and stability but also minimizes material use, showcasing nature's efficiency in design. In engineering, helicoidal shapes are often utilized in the design of screws and other mechanical components. The screw thread itself is a classic example of a helicoidal form, where the helical ridge allows for the conversion of rotational motion into linear motion. This principle is fundamental in various machines and tools, making the helicoidal design essential for functionality and efficiency. Moreover, the concept of helicoidal structures extends beyond physical objects. In the field of biology, DNA is often described as having a helicoidal shape due to its double helix structure. This configuration is crucial for the stability and replication of genetic information, illustrating how helicoidal forms play a vital role in life itself. The intertwining strands of DNA demonstrate the importance of the helicoidal pattern in maintaining the integrity of biological systems. Art and architecture have also embraced helicoidal designs. From the spiral staircases found in historic buildings to modern sculptures that twist and turn in mesmerizing ways, the aesthetic appeal of helicoidal forms captivates observers. Artists and architects often draw inspiration from the natural world, leading to creations that embody the graceful curves and fluidity of helicoidal shapes. In conclusion, the term helicoidal encompasses a wide range of applications across various fields, from science and engineering to art and architecture. Understanding the properties and implications of helicoidal structures allows us to appreciate their beauty and functionality in both natural and artificial contexts. As we continue to explore the complexities of our world, the helicoidal form remains a significant element that bridges the gap between mathematics and nature, serving as a reminder of the intricate patterns that govern our universe.

在几何和数学的领域中，术语helicoidal指的是一种特定类型的三维曲线，类似于螺旋。这一迷人的概念可以在各种自然现象和人造结构中观察到。要理解helicoidal形状的重要性，首先必须欣赏它们独特的特征。helicoidal结构的特点是其螺旋形状，它围绕一个轴旋转，同时沿着该轴的长度移动。这种旋转和位移的结合创造出一种既优雅又实用的形状。 在自然界中，helicoidal形式最常见的例子是某些类型贝壳的结构，例如蜗牛或鹦鹉螺的壳。这些壳体以helicoidal的方式生长，使生物能够扩展其生活空间，同时保持紧凑和保护的结构。helicoidal的生长模式不仅提供了强度和稳定性，还最小化了材料的使用，展示了自然设计的效率。 在工程学中，helicoidal形状通常被用于螺丝和其他机械部件的设计。螺纹本身就是一个经典的helicoidal形式的例子，其中螺旋凸起允许将旋转运动转换为线性运动。这一原理在各种机器和工具中是基础，使得helicoidal设计对功能性和效率至关重要。 此外，helicoidal结构的概念还超越了物理对象。在生物学领域，DNA通常被描述为具有helicoidal形状，因为它的双螺旋结构。这一配置对遗传信息的稳定性和复制至关重要，说明了helicoidal形式在生命中的重要角色。DNA的交织链条展示了helicoidal模式在维持生物系统完整性方面的重要性。 艺术和建筑也接受了helicoidal设计。从历史建筑中的螺旋楼梯到现代雕塑中迷人的扭曲，helicoidal形状的美学吸引着观察者。艺术家和建筑师常常从自然界中汲取灵感，创造出体现helicoidal形状优雅曲线和流动性的作品。 总之，术语helicoidal涵盖了各个领域的广泛应用，从科学和工程到艺术和建筑。理解helicoidal结构的特性和含义使我们能够欣赏它们在自然和人造环境中的美丽和功能性。随着我们继续探索世界的复杂性，helicoidal形式仍然是连接数学和自然的重要元素，提醒我们支配宇宙的精细模式。