波粒二象性的英语是wave-particle duality，例题如下：
1. 题目：解释波粒二象性
答案：Wave-particle duality refers to the fact that certain physical phenomena can be observed as waves or particles depending on the context.
2. 题目：解释光子的波粒二象性
答案：The wave-particle duality of photons refers to their ability to behave both as waves and particles.
3. 题目：光子的波粒二象性如何影响我们的日常生活？
答案：Photons' wave-particle duality allows us to use light in various ways, such as in communications and data storage, without being bound by the limitations of traditional media.
这些例题只是为了展示波粒二象性的概念，并不能完全代表所有可能的英语问题和答案。如果你有更具体的问题，我会很乐意帮助你。
波粒二象性是量子力学中的一个基本概念，表示微观粒子（如光子、电子等）既可以表现为波动形式，也可以表现为粒子形式。
例题：
Q: What is wave-particle duality?
A: Wave-particle duality is the property of quantum particles that they can behave as waves or particles depending on the context.
Q: What are the examples of wave-particle duality?
A: One example is light. When observed through a microscope, light exhibits wave-like behavior, but when observed as individual particles, it exhibits particle-like behavior.
Q: Why is wave-particle duality important?
A: Wave-particle duality is crucial for understanding the fundamental nature of quantum particles and their interactions with other particles and fields.
波粒二象性是量子力学中的一个基本概念，指的是在量子世界中，物质同时表现出波的性质和粒子的性质。这个概念可以用以下英语表述来描述：
Quantum particles exhibit both wave and particle properties.
相关例题和常见问题如下：
例题：
Q: What are the differences between classical and quantum mechanics?
A: In classical mechanics, objects are usually described as particles moving in straight lines. However, in quantum mechanics, objects exhibit both wave and particle properties, which are called wave-particle duality.
Q: What is the wave function in quantum mechanics?
A: The wave function is a mathematical function that describes the state of a quantum particle. It exhibits both wave and particle properties, and its value determines the probability of finding the particle in a certain location.
常见问题：
Q: What is the origin of wave-particle duality?
A: Wave-particle duality was first observed by Max Planck in his research on blackbody radiation. He found that the energy of a quantum particle was not only distributed in a particle-like way, but also exhibited wave-like properties.
Q: How do we observe the wave nature of particles?
A: We can observe the wave nature of particles using various techniques such as interference experiments and diffraction experiments. For example, when a quantum particle passes through two slits, it forms an interference pattern, indicating that it exhibits wave-like properties.
Q: Can all particles exhibit wave-particle duality?
A: Not all particles exhibit wave-particle duality. For example, electrons and photons are known to exhibit this property, but some particles such as protons and neutrons are considered to be particles rather than waves.