lightwave

简明释义

英[ˈlaɪtweɪv]美[ˈlaɪtweɪv]

n. 光波

英英释义

单词用法

同义词

反义词

例句

1.Silicon-on-Insulator (SOI), boasting good optical, electronic and mechanical properties, is one of the common materials of Integrated Planar-Lightwave-Circuits (PLCs).

绝缘体上的硅（SOI）材料是制作平面光波导器件的一种主要材料，具有良好的光学、电学和机械特性。

2.The methods for lightwave phase demodulation are discussed.

最后探讨了光相位解调方法。

3.Intermediate knowledge of Lightwave as well as basic knowledge of After Effects are required to complete this tutorial.

光波中级知识以及对基本知识后，必须完成本教程。

4.The coupling characteristics of tapered and lensed fiber (TLF) and semiconductor MQW planar lightwave circuit (PLC) chip was investigated experimentally.

对锥形透镜光纤(TLF)与半导体多量子阱(MQW)平面光波光路(PLC)芯片的耦合特性进行了实验研究。

5.In this case the information source provides an electrical signal to a transmitter comprising an electrical stage which drives an optical source to give modulation of the lightwave carrier.

在这种情况下，信源给发射机提供一个电信号，发射机中的电路驱动光源以实现对光载波的调制。

6.The invention discloses a lightwave stove which comprises a stove body that adopts a light-emitting diode as a heat source.

本发明公开了一种光波炉，包括炉体，炉体采用发光二极管为热源。

7.Tod Grimes does a great job at showing some fair work habbits in Lightwave and covering the animation workflow.

托德格兰姆斯在显示一些公平的工作民政事务局位在光波和覆盖的动画工作流程做了了不起的工作。

8.The Hamiltonian solution of two-level atoms interaction with sounding lightwave field is given by using a new method of LLP transformation in solid state physics.

首次将团体理论中的LLP变换用于处理两能级原子与驻波场相互作用体系的全量子哈密顿量。

9.The fiber optic cable transmits data using a lightwave 光波 technology.

光纤电缆通过使用一种光波 光波技术来传输数据。

10.In telecommunications, lightwaves 光波 are essential for high-speed internet.

在电信中，光波 光波对于高速互联网至关重要。

11.Scientists are studying the properties of lightwaves 光波 to improve communication systems.

科学家们正在研究光波 光波的特性，以改善通信系统。

12.The laser uses lightwaves 光波 to cut through materials with precision.

激光使用光波 光波以精确地切割材料。

13.A lightwave 光波 can travel long distances without losing much energy.

一束光波 光波可以在不损失太多能量的情况下传播很长距离。

作文

In the realm of physics, the concept of a lightwave (光波) plays a crucial role in our understanding of electromagnetic radiation. A lightwave is essentially a type of electromagnetic wave that is visible to the human eye. It encompasses a spectrum of wavelengths, which correspond to different colors of light. The study of lightwaves has profound implications not only in science but also in technology, art, and even our daily lives. The nature of lightwaves can be described through the duality of light, which exhibits both wave-like and particle-like properties. This duality is fundamental to quantum mechanics and leads to various phenomena such as interference and diffraction. For instance, when lightwaves pass through a narrow slit, they spread out and create patterns of light and dark bands on a screen. This behavior exemplifies how lightwaves can interact with their environment, revealing their wave-like characteristics. Moreover, lightwaves are integral to numerous technologies we rely on today. For example, fiber optic communication utilizes lightwaves to transmit data over long distances at incredible speeds. By encoding information onto lightwaves, we can achieve high-bandwidth communication that is essential for the internet and telecommunications. The ability to manipulate lightwaves has also led to advancements in medical imaging, such as endoscopy and laser surgery, where precision and clarity are paramount. In addition to their technological applications, lightwaves significantly influence our artistic expressions. Artists have long been fascinated by the interplay of light and color, using lightwaves to evoke emotions and convey messages in their work. The Impressionist movement, for instance, sought to capture the fleeting effects of natural light on landscapes, showcasing how lightwaves can transform a scene into a vivid experience. Furthermore, understanding lightwaves enhances our appreciation of the natural world. The phenomenon of rainbows, for example, occurs when sunlight, which comprises various lightwaves, refracts and disperses through water droplets in the atmosphere. This spectacle not only captivates our senses but also serves as a reminder of the intricate relationships between light, water, and air. In conclusion, the study of lightwaves (光波) is essential for grasping the principles of physics and the universe around us. From their role in technology and communication to their impact on art and nature, lightwaves are omnipresent and profoundly influential. As we continue to explore the properties and applications of lightwaves, we unlock new possibilities that can enhance our lives and deepen our understanding of the world. The journey into the realm of lightwaves is not just a scientific endeavor; it is an exploration of beauty, innovation, and the very essence of existence.

在物理学领域，光波的概念在我们理解电磁辐射方面起着至关重要的作用。光波本质上是一种可见于人眼的电磁波。它涵盖了一系列波长，对应于不同的光的颜色。对光波的研究不仅在科学上具有深远的影响，而且在技术、艺术甚至我们的日常生活中都很重要。 光波的性质可以通过光的二元性来描述，这种二元性表现出波动性和粒子性。这种二元性是量子力学的基础，并导致了干涉和衍射等各种现象。例如，当光波通过一个狭缝时，它们会扩散并在屏幕上形成明暗相间的光带模式。这种行为展示了光波如何与环境相互作用，揭示了它们的波动特性。 此外，光波是我们今天依赖的许多技术的核心。例如，光纤通信利用光波以惊人的速度传输数据。通过将信息编码到光波中，我们可以实现高带宽通信，这对于互联网和电信至关重要。操控光波的能力也导致了医疗成像的进步，例如内窥镜和激光手术，在这些领域，精确度和清晰度至关重要。 除了技术应用，光波还对我们的艺术表达有着重要影响。艺术家们长期以来对光与色彩的相互作用充满了好奇，利用光波来唤起情感并传达他们作品中的信息。例如，印象派运动试图捕捉自然光在风景上的短暂效果，展示了光波如何将场景转变为生动的体验。 此外，理解光波增强了我们对自然界的欣赏。例如，彩虹现象发生在阳光（由各种光波组成）通过大气中的水滴折射和色散时。这一景象不仅吸引了我们的感官，还提醒我们光、水和空气之间复杂的关系。 总之，研究光波（光波）对于掌握物理学原理和我们周围的宇宙至关重要。从它们在技术和通信中的作用，到它们对艺术和自然的影响，光波无处不在，深刻而有影响力。随着我们继续探索光波的性质和应用，我们解锁新的可能性，这些可能性可以提升我们的生活，深化我们对世界的理解。进入光波领域的旅程不仅仅是科学探索；它是对美、创新和存在本质的探索。