helically

简明释义

英[hɪˈlɛk.ɪ.kəl.i]美[hɪˈlɛk.ɪ.kli]

adv. 成螺旋形地

英英释义

单词用法

同义词

反义词

例句

1.The main properties of helically wrapped circular waveguide slow wave structure, including the dispersion relation and interaction impedance, are presented.

本文介绍螺旋折叠圆波导慢波结构的主要特性：色散关系和互作用阻抗。

2.Disposed between in embedded fashion between two of the belt plies (23, 25) is a pair of substantially full spiral helically wound overlays (24).

以嵌入方式置于两个带束帘布层(23、25)之间的是一对基本上完全盘旋螺旋缠绕的覆盖层(24)。

3.The plunger is helically grooved along its length and a converter translates rotation of the handle into linear motion of the plunger, thereby advancing the plunger within the tube.

所述柱塞沿其长度形成螺旋槽，并且转换器将所述手柄的旋转转化为所述柱塞的线性移动，由此使所述柱塞在所述管道内前进。

4.With oil, gas, water as working fluids, the experiment studies of frictional pressure drop characteristics of oil gas, gas water two phase flow in vertical helically coiled tubes were carried out.

分别以油气、气水为工质，对立式螺旋管内气液两相流的摩擦阻力特性进行实验研究。

5.Extensive experiments of steam-water two-phase flow and boiling heat transfer in a vertical helically-coiled tube were carried out in high pressure water test loop of Xi an JiaotongUniversity.

报导了在西安交通大学高压汽水实验回路上进行的垂直螺旋管内汽水两相流传热试验研究。

6.The comparison of formation of ash contamination layers between on helically finned tube bank and on bare bank under gas solid two phase fluid is discribed.

从分析螺旋翅片管束受气固两相流冲刷时其表面上灰污层形成的机理着手，分析各种因数对灰污系数数值的影响。

7.The DNA molecule is structured helically, allowing it to store genetic information efficiently.

DNA分子的结构是螺旋状的，这使其能够有效地存储遗传信息。

8.The staircase was designed to spiral helically through the center of the building.

这座楼梯被设计成在建筑中心螺旋状上升。

9.The new bridge was constructed with cables arranged helically for better stability.

新桥的缆绳以螺旋状排列，以提高稳定性。

10.The climbers ascended the mountain helically around the rocky outcrops.

登山者沿着岩石突出部分以螺旋状的方式攀登山峰。

11.The artist painted the mural helically to create a sense of movement.

艺术家将壁画以螺旋状的方式绘制，以创造出动态感。

作文

In the study of nature and engineering, we often encounter various structures and patterns that exhibit unique properties. One such fascinating phenomenon is the way certain objects can be arranged or oriented in a manner that resembles a spiral. This spiral arrangement is described as being arranged helically, meaning it follows a helical path, much like the shape of a spiral staircase or the structure of a DNA molecule. Understanding the concept of helically arranged structures is crucial in many fields, including biology, architecture, and even astrophysics.For instance, in biology, the double helix structure of DNA is one of the most iconic representations of helically organized molecules. The twisted ladder formation allows for the efficient storage and replication of genetic information. Each twist in the helix plays a vital role in the stability and functionality of the DNA, demonstrating how nature utilizes helically structured forms to optimize biological processes.In architecture, the design of spiral staircases often incorporates helically arranged steps to save space while providing an aesthetically pleasing look. These staircases not only serve a practical purpose but also embody the elegance of helically designed forms. Architects and engineers must consider the principles of physics when creating these structures, ensuring they are safe and functional while maintaining their artistic appeal.Moreover, in the realm of astrophysics, we observe helically shaped galaxies and cosmic structures. The Milky Way, for example, is a barred spiral galaxy that showcases a helically winding form as it rotates through space. Understanding these helically arranged formations helps scientists comprehend the dynamics of celestial bodies and the forces that govern their movements.The application of helically arranged structures extends beyond natural phenomena and into technology as well. Engineers often design components such as springs and coils in a helically manner to enhance their functionality. For example, a helical spring is designed to compress and expand efficiently, making it an essential element in various mechanical systems.In conclusion, the term helically refers to a specific arrangement that mimics the spiral shape found in numerous natural and engineered structures. From the microscopic world of DNA to the vastness of galaxies, the concept of helically organized forms is integral to understanding the complexities of both nature and technology. By studying these arrangements, we gain insights into the underlying principles that govern the physical world around us, allowing us to innovate and create more effectively in our own designs. The beauty of helically structured forms lies not only in their appearance but also in their functionality, showcasing the remarkable interplay between form and function in our universe.

在自然和工程的研究中，我们经常会遇到各种结构和模式，展现出独特的特性。其中一个引人入胜的现象是某些物体可以以类似螺旋的方式排列或定向。这种螺旋排列被描述为以螺旋状的方式排列，意思是它遵循一个螺旋路径，就像螺旋楼梯的形状或DNA分子的结构。理解螺旋状结构的概念在许多领域中都是至关重要的，包括生物学、建筑学，甚至天体物理学。例如，在生物学中，DNA的双螺旋结构是螺旋状分子最具标志性的表现之一。扭曲的梯子形状允许有效存储和复制遗传信息。螺旋中的每一次扭转在DNA的稳定性和功能中发挥着至关重要的作用，展示了自然如何利用螺旋状结构来优化生物过程。在建筑学中，螺旋楼梯的设计通常采用螺旋状的台阶来节省空间，同时提供美观的外观。这些楼梯不仅服务于实用目的，还体现了螺旋状设计形式的优雅。建筑师和工程师在创建这些结构时必须考虑物理原理，确保它们在保持艺术吸引力的同时安全且功能齐全。此外，在天体物理学的领域中，我们观察到螺旋状的星系和宇宙结构。例如，银河系就是一个条状螺旋星系，它展示了随着在太空中旋转而呈现的螺旋状形态。理解这些螺旋状排列的结构帮助科学家理解天体的动态以及支配其运动的力量。螺旋状结构的应用不仅限于自然现象，也延伸到技术领域。工程师经常以螺旋状的方式设计诸如弹簧和线圈等组件，以增强其功能性。例如，螺旋弹簧被设计为高效地压缩和扩展，使其成为各种机械系统中的重要元素。总之，术语螺旋状指的是一种特定的排列，模仿许多自然和工程结构中发现的螺旋形状。从微观世界的DNA到广袤的星系，螺旋状组织形式的概念对于理解自然和技术的复杂性至关重要。通过研究这些排列，我们获得了对支配我们周围物理世界的基本原理的洞察，使我们能够在自己的设计中更加有效地创新和创造。螺旋状结构形式的美丽不仅在于其外观，还在于其功能性，展示了我们宇宙中形式与功能之间的显著相互作用。