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Galvo的音标为["gæləʊ],基本翻译为“光束控制设备”。速记技巧可以考虑将其划分为几个部分进行记忆,例如可以将“Gal”看作是“光”的英文“light”的首字母,“vo”可以看作是“voltage”的首字母,整体可以理解为光束控制设备的发音与“light voltage”相似。这样的速记方法可以帮助我们快速记住单词的含义和发音。
Galvo的英文词源可以追溯到拉丁语中的“galva”和“volvere”,意为“to wave”(摇摆)。Galvo这个词在英语中主要被用来描述一种特殊的反射镜控制技术,它利用激光束的反射和移动来实现控制。
变化形式:在英语中,Galvo通常被拼写为"galvo"或"galvo-",没有明显的变化形式。
相关单词:
1. Galvanize:这个词源自法语中的"galvane",意为“电镀”,后来被引入英语中,用来描述使金属表面覆盖一层金属或合金,以提高其耐用性和美观性。
2. Voltage:这个词源自拉丁语中的"volvere"和"tension",意为“压力”或“拉伸”,通常用来描述电场或电压的强度。
3. Volume:这个词源自拉丁语中的"volumen",意为“卷”,通常用来描述书籍、杂志或其他材料的数量或大小。
4. Gavel:这个词源自拉丁语中的"gavella",意为“小锤”,通常用来描述法庭上使用的敲击工具。
5. Gale:这个词源自拉丁语中的"galea",意为“风”,通常用来描述大风或风暴。
6. Glide:这个词源自拉丁语中的"gladium",意为“滑冰”,通常用来描述物体在表面上的滑动或滑行。
7. Gaze:这个词源自拉丁语中的"gazus",意为“凝视”,通常用来描述长时间地注视或观察。
8. Gather:这个词源自拉丁语中的"gatherere",意为“聚集”,通常用来描述将物品或人聚集在一起。
9. Vote:这个词源自拉丁语中的"votos",意为“投票”,通常用来描述对政治、社会或其他问题进行表决的行为。
10. Gazebo:这个词源自法语中的"gazier",意为“亭子”,通常用来描述一种小型建筑或装饰物,常用于花园或公园中作为观赏或聚会场所。
Galvo常用短语:
1. galvo beam 激光束
2. galvo scanner 激光扫描器
3. galvo lens 扫描透镜
4. galvo-lamp 激光灯
5. galvo-mirror 双反射镜
6. galvo-array 激光阵列
7. galvo-positioning system 激光定位系统
双语例句:
1. The galvo beam is used for precise measurement and imaging.
激光束被用于精确测量和成像。
2. The galvo scanner is widely used in optical systems for precise motion control.
激光扫描器在光学系统中被广泛应用,用于精确的运动控制。
3. The galvo lens can be used to focus the beam onto a small spot for precise surgery.
扫描透镜可用于将光束聚焦成小光斑,用于精确手术。
4. The galvo-lamp is a powerful light source for scientific experiments and night vision devices.
激光灯是科学实验和夜视设备的强大光源。
5. The galvo-mirror is a type of optical device that can rapidly change the direction of light.
双反射镜是一种光学器件,可以快速改变光的方向。
6. Galvo-positioning systems are commonly used in industrial manufacturing for precise assembly and inspection.
激光定位系统在工业制造中通常用于精确装配和检验。
7. Galvos are commonly used in robotics and machine vision systems to provide precise pointing and tracking of objects.
在机器人和机器视觉系统中,通常使用galvos来精确指向和追踪物体。
英文小作文:
Galvos are a type of optical device that have revolutionized many fields of technology, including robotics and machine vision systems. Galvos work by rapidly changing the direction of light, allowing precise pointing and tracking of objects. This precision pointing and tracking is crucial for many applications, such as assembly lines and inspection systems, where precise positioning and motion control are essential.
In addition to their use in industrial manufacturing, galvos are also commonly used in optical systems for precise motion control and imaging. The galvo scanner, for example, can be used to create a high-speed, high-resolution image of an object by rapidly scanning the beam across it. This allows for the creation of high-quality images with minimal distortion and blurring, making them an ideal choice for scientific experiments and night vision devices.
Moreover, the galvo lens can be used to focus the beam onto a small spot for precise surgery, which has opened up new possibilities for minimally invasive medical procedures. Galvos are also being used in other fields, such as communication systems and data storage devices, where their precision pointing and tracking capabilities provide an advantage over traditional technologies. As technology continues to advance, the uses for galvos are sure to expand and improve, making them an essential tool for the future of technology.
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