quantum的例句（quantum在句子中的用法）

• The quantum leap in writing technology came with the introduction of personal computers. 个人电脑的使用带来了书写技术的飞跃发展。
• This latest research represents a quantum leap in our understanding of the universe. 这项最新的研究表明，我们对宇宙的了解有了重大进展。
• the quantum of rainfall 降雨总量
• Pauli deduced the principle from spectroscopic data prior to the advent of quantum mechanics. 泡利是在量子力学出现以前,根据原子光谱的数据导出这个原理的.
• Firstly, we investigate the relative quantum phase control of two - component Bose - Einstain condanste ( BEC ). 首先, 我们讨论了玻色 — 爱因斯坦凝聚体 ( BEC ) 的相位控制.
• Using this identification, we read off the quantum numbers of the quarks. 照此鉴定, 可以识别出夸克的量子数.
• Much as relativity subsumed Newtonian physics, a quantum theory of gravity will ultimately subsume relativity. 就如同相对论将牛顿物理学给纳入一般, 终究也可能会有个量子理论,将相对论给收编进来.
• Each person receives his proper quantum. 每人得到应有的一份.
• The vaccine represents a quantum leap in healthcare. 这种疫苗的问世是医疗保健领域的重大突破。
• This requirement for cosmology might be satisfied by quantum cosmo - logy. 这个要求可望在量子宇宙论中得到满足.
• The isospin fractionation intermediate ion collisions is studied by using isospin dependence quantum molecular dynamics model. 利用同位旋相关的量子分子动力学模型研究了中能重离子碰撞中同位旋分馏过程.
• The free electron gas is a kind of representative quantum Fermi gas. 金属的自由电子气是一种典型的量子费米气体.
• Out of quantum electrodynamics come all known electrical, mechanical, and chemical laws. 从量子电动力学可以得出所有已知的电学 、 力学和化学定律.
• To treat the problem fully requires the use of quantum electrodynamics. 完整地讨论这个问题需要应用量子电动力学.
• The full apparatus of quantum field theory is often unnecessary for describing electrodynamic systems. 对于描述电力学系统量子场理论的全部设备常常是多余的.
• These results are derivable from the theory of quantum mechanics. 这些结果是根据量子力学理论推导出来的.
• The dephasing in Ge quantum dots possibly results from carrier - carrier scattering and carrier - photon scattering. Ge量子点中的退相可能是载流子 - 载流子散射和载流子 - 声子散射共同作用的结果.
• We experimentally implement a fault - tolerant quantum key distribution protocol with two photons in a decoherence - free subspace. 我们利用两光子消相干自由子空间实验实现了 容错 量子密码.
• This result indicates the intrinsic relation between entanglement, Loschmidt echo, decoherence quantum criticality. 这个结果揭示了纠缠, 洛克斯密特回波, 退相干以及临界性之间的内在联系.
• In quantum system, noise primary results from decoherence and imperfect quantum gates. 在量子系统中, 信道噪声主要源于消相干效应和量子门的不精确性.