arcing

简明释义

英['ɑːkɪŋ]美[ˈɑːrkɪŋ]

n. 电弧作用

v. 走弧线（arc 的 ing 形式）

英英释义

单词用法

同义词

反义词

例句

1.The principle of arc-suppression coil with three phases and five columns , and theory of power frequency extinguishing arcing were introduced.

介绍了三相五柱式消弧线圈的工作原理，单相电弧接地过电压的工频熄弧理论。

2.When arcing, please do not surpass ten minutes continuously, to avoid damaging this product from overheated.

用作打火时，请不要连续超过十分钟，以免因过热而损坏本产品。

3.Arc Burns. Localized points of surface melting caused by arcing between electrodes or ground and pipe surface.

电弧烧伤。由于电极(含接地极)与管子表面之间起弧而产生的局部表面熔化点。

4.This is the total time from energizing the trip coil until the interruption of current on the primary arcing contacts.

此时间为从跳闸线圈受电到主触头电弧电流开断为止的总时间。

5.Of course, the suggestive visual appearance of the extended arcing structures gives the galaxy pair its popular name - The Antennae.

当然，这一很有启发性的延展的弧形结构的视觉外观给这一对星系带来了很有名的称号——触角。

6.I am lying on the altar thing and staring up through one of the willows, whose drooping, arcing branches are like jagged fissures in the sky.

我正躺在圣坛上，透过一棵垂柳注视着天空，垂柳婀娜的枝条就像天空中参差不齐的裂纹。

7.The lightning was arcing 弧形闪电 across the sky during the storm.

暴风雨中，闪电在天空中弧形闪电。

8.She saw a spark arcing 弧形跳跃 from the electrical wire.

她看到一根电线弧形跳跃出火花。

9.The artist painted an arcing 弧形 rainbow in the sky.

艺术家在天空中画了一道弧形的彩虹。

10.The drone flew in an arcing 弧形 path to avoid the trees.

无人机以弧形的路径飞行，避开树木。

11.The gymnast performed a perfect arcing 弧形 flip off the balance beam.

体操运动员在平衡木上做了一个完美的弧形翻转。

作文

In the world of physics, the concept of motion is often illustrated through various examples. One such example is the phenomenon of an object in free fall, which can be beautifully described by the action of arcing (弧线运动). When we throw a ball into the air, it does not simply rise and fall straight down; instead, it follows a curved trajectory due to the influence of gravity. This path, characterized by its smooth curve, is a perfect representation of arcing (弧线运动). The arcing (弧线运动) motion can be observed in numerous scenarios, from sports to everyday activities. For instance, when a basketball player shoots the ball, they aim for an optimal angle that allows the ball to arc (弧线运动) gracefully towards the hoop. The player’s technique relies heavily on understanding the physics behind this motion. The higher the angle of the shot, the more pronounced the arcing (弧线运动) effect becomes, increasing the chances of scoring. Moreover, the beauty of arcing (弧线运动) is not limited to sports. In nature, we can observe this phenomenon in the flight of birds. As a bird takes off, it often arcs (弧线运动) upward before gliding gracefully through the air. This natural arcing (弧线运动) allows birds to conserve energy while navigating their environment. Similarly, when a plane takes off, it follows a carefully calculated arc (弧线运动) to ensure a safe ascent. In the realm of art, arcing (弧线运动) can also be seen in the graceful movements of dancers. When a ballet dancer leaps into the air, the trajectory of their jump resembles a beautiful arc (弧线运动), captivating the audience. The fluidity of their motion emphasizes the elegance of arcing (弧线运动), showcasing how physics and art intertwine. Furthermore, the concept of arcing (弧线运动) extends beyond physical objects. In literature, the narrative arc of a story often follows a similar pattern. A well-crafted plot typically begins with an introduction, builds tension, reaches a climax, and finally resolves, resembling an arc (弧线运动) that keeps readers engaged. Just like in physics, where the arcing (弧线运动) motion creates a sense of flow, a well-structured narrative guides the reader through a journey of emotions and experiences. In conclusion, the term arcing (弧线运动) embodies a wide array of applications across various fields. Whether in sports, nature, art, or literature, the concept of arcing (弧线运动) illustrates the beauty of motion and the interconnectedness of different disciplines. Understanding this term not only enhances our comprehension of physical phenomena but also enriches our appreciation for the world around us. As we observe the arcing (弧线运动) paths in our daily lives, we are reminded of the elegance and complexity inherent in both nature and human creativity.

在物理学的世界中，运动的概念通常通过各种例子来说明。其中一个这样的例子是自由落体物体的现象，这可以通过arcing（弧线运动）的动作优美地描述。当我们把球扔向空中时，它并不是简单地直上直下；相反，由于重力的影响，它遵循一个弯曲的轨迹。这条轨迹以其光滑的曲线为特征，是arcing（弧线运动）的完美表现。arcing（弧线运动）的运动可以在许多场景中观察到，从体育到日常活动。例如，当篮球运动员投篮时，他们瞄准一个最佳角度，使得球能够优雅地arcing（弧线运动）朝向篮筐。运动员的技术在很大程度上依赖于对这种运动背后物理学的理解。投篮的角度越高，arcing（弧线运动）效果越明显，得分的机会也随之增加。此外，arcing（弧线运动）的美不仅限于体育。在自然界中，我们可以观察到这种现象在鸟类的飞行中。当一只鸟起飞时，它通常会先向上arcing（弧线运动），然后优雅地滑翔在空中。这种自然的arcing（弧线运动）使鸟类能够在环境中节省能量。同样，当飞机起飞时，它遵循一个精心计算的arcing（弧线运动），以确保安全升空。在艺术领域，arcing（弧线运动）也可以在舞者优雅的动作中看到。当一位芭蕾舞者跳跃到空中时，他们跳跃的轨迹类似于美丽的arcing（弧线运动），吸引观众的目光。他们动作的流畅性强调了arcing（弧线运动）的优雅，展示了物理学和艺术如何交织在一起。此外，arcing（弧线运动）的概念超越了物理对象。在文学中，故事的叙述弧线往往遵循类似的模式。一部精心构建的情节通常从引言开始，逐渐建立紧张感，达到高潮，最后解决，类似于一个arcing（弧线运动），让读者保持参与。就像在物理学中，arcing（弧线运动）的运动创造了一种流动感，结构良好的叙事引导读者经历情感和体验的旅程。总之，arcing（弧线运动）这个词体现了各个领域广泛的应用。无论是在体育、自然、艺术还是文学中，arcing（弧线运动）的概念都展示了运动的美和不同学科之间的相互联系。理解这个术语不仅增强了我们对物理现象的理解，还丰富了我们对周围世界的欣赏。当我们观察日常生活中的arcing（弧线运动）路径时，我们被提醒自然和人类创造力中固有的优雅与复杂性。