更新时间:2025-10-25 13:10:00作者:教师设计网
quantum jump的意思是“量子跃迁;巨大的进步;突飞猛进”。
释义:quantum用作名词意思是“量子”,是物理学上的单位,用于计量一个物理量可以取的最小值,即物质世界中所能达到的微观状态变化。jump用作名词意思是“跳跃”,指人或动物、物品等由地面或其他平面上跳起,向某一高度运动并突然改变运动方向,常与介词over连用。
用法:quantum jump在句中可用作定语或表语。quantum jump也可作“巨大的进步”解,此时相当于great leap。
quantum jump的音标是[ˈkwɒntəm ˈdʒʌmp]。
以上内容仅供参考,建议查阅专业的英语词典获取准确信息。
quantum jump的意思是量子跃迁,释义为不经过中间过程地突然变化,用法为作为名词使用,双语翻译为quantum leap和quantum transition。中文翻译为跃进和飞跃。常见用法有quantum leaping量子跃进法。
以上信息仅供参考,建议阅读相关书籍来获取更准确的信息。
quantum jump的意思:量子跃迁
释义:量子跃迁是指微观粒子(如电子)从一种能量状态到另一种能量状态的过程。
用法:quantum jump可以作为名词短语使用,表示“量子跃迁的过程”。
双语翻译:In quantum physics, a quantum jump refers to the process of a particle moving from one energy state to another.
常见短语:
1. quantum leap 巨大的进步或飞跃
例句:The company made a quantum leap in sales last year.
2. quantum entanglement 量子纠缠
例句:Quantum entanglement is a mysterious phenomenon that cannot be explained by classical physics.
3. quantum computing 量子计算
例句:Quantum computing is a new computing paradigm that uses quantum bits (qubits) instead of classical bits.
4. quantum field theory 量子场论
例句:Quantum field theory is a fundamental theory of physics that describes the interactions of particles in space-time.
5. quantum mechanics 量子力学
例句:Quantum mechanics is a branch of physics that studies the behavior of small objects and subatomic particles.
6. quantum uncertainty principle 量子不确定性原理
例句:The quantum uncertainty principle states that it is impossible to measure certain properties of a particle with complete precision.
7. quantum tunnelling 量子隧穿
例句:Quantum tunnelling is a phenomenon where a particle can pass through a barrier that would normally block its movement.
8. quantum phase 量子相变
例句:Quantum phase is a fundamental property of a quantum system that changes as the system undergoes a phase transition.
9. quantum gravity 量子引力
例句:Quantum gravity is a theory that attempts to unify general relativity and quantum mechanics in a single framework.
10. quantum optics 量子光学
例句:Quantum optics is a subfield of quantum physics that studies the interaction between light and matter using quantum mechanical principles.