真空涨落,vacuum fluctuations
1)vacuum fluctuations真空涨落
1.Examined the fluctuations of the quantized electromagnetic fields between two parallel reflecting plane boundaries, and calculated the effects ofvacuum fluctuations on the motion of a charged test particle.考虑了两块平行的全反射平面之间的真空电磁场涨落,计算了真空涨落对带电试验粒子运动的影响,发现两块板的真空涨落对试验粒子运动的影响比一块板的影响更明显、更容易测量。
2.Mechanisms such asvacuum fluctuations, radiation reaction, or a combina-tion of them have been put forward to explain why spontaneous emission occurs.真空涨落，辐射反作用，或者二者的联合被提出来解释自发发射的原因，在Heisenberg图象方法中，物理解释的不确定性源于原子和场不同对易算符次序的选择。
3.In quantum radiation theory, many physical observables always change with time and the cause is attributed to contributions ofvacuum fluctuations and radiation reaction.在量子辐射理论中,人们把物理量的变化归结为真空涨落和辐射反作用两部分的贡献,如果一个原子处在量子场中,那么原子的各个物理量的变化就是由这两者引起的。
英文短句/例句
1.Quantum Vacuum Fluctuations with Special Boundaries and Brownian Motion特殊边界条件下的量子真空涨落和布朗运动
2.The Basic Postulates of Vacuum Fluctuation and Their Deductions;真空涨落与相对论量子力学的共同基础
3.Could the universe have been created out of nothing via a vacuum fluctuation?宇宙能够通过一种真空涨落被无中生有地创造出来吗？
4.Quantum Fluctuations of Mesoscopic Parallel Connection LC Circuit in Thermal Vacuum State;热真空态下介观并联LC电路的量子涨落
5.Quantum Fluctuation of Mesoscopic CapacitorCoupled Circuit in Squeezed Vacuum State;压缩真空态下介观电容耦合电路的量子涨落
6.The Quantum Fluctuations of the Voltage and Current of the Mesoscopic Parallel RLC Circuit with Dissipative Capacitance Branch Circuit in Vacuum State耗散电容支路的介观RLC并联电路中电流和电压的真空量子涨落
7.According to quantum theory, even a perfect vacuum is not truly empty; it is filled with fluctuations as a result of the Heisenberg uncertainty principle.根据量子理论中的海森堡测不准原理，就算是完美的真空也不是空无一物，而是充满了量子涨落。
8.It was great. The whole sky was red and the sea came and went quietly under the sun.非常壮观。整个天空都是红色，海水在太阳下静静地涨落。
9.At the onset of Big Bang of our Universe, there should exist quantum fluctuations in the energy field;宇宙“大爆炸”发端时空中的能量场应当有量子涨落;
munity Structure and Time-Space Distribution Characteristic of Airborne Fungi in a Municipal Landfill Site垃圾填埋场空气真菌群落结构和时空分布特征
11.What goes up can also go down.涨价的东西也会落价。
12.Is the tide coming in or going out?现在是涨潮还是落潮?
13.The flood and ebb tides alternates with each other.涨潮和落潮交替更迭。
14.(of the tide)start to come in or go out（指潮水）开始涨或落
15.The tide ebbs and flows twice in 24 hours.潮水每24 小时涨落两次。
16.the rhythm of the tides, seasons潮汐的涨落、 四季的循环
17.local velocity fluctuation局部速度涨落 -流量计的
18.tail up and down the stream随着潮水涨落而起伏
相关短句/例句
vacuum fluctuation真空涨落
1.Based on the postulates ofvacuum fluctuation,a model of gravitational space is proposed,and the inverse-square law of gravity is deduced,the mechanism of gravitational red shift is interpreted with the same result given by Einstein s general theory of relativity.在真空涨落基本假设的基础上,提出物质周围的引力空间模型,以此推演引力的距离反平方公式,并解释引力红移形成的机制,计算结果与广义相对论一致。
2.Based on the three postulates ofvacuum fluctuation and the deductions of the preconditions of relativity and quantum mechanics,the basic conclusions of special theory of relativity such as mass-velocity relation,mass-energy equation,energy-momentum relation,time dilation and length contraction are further deduced.根据真空涨落的三个基本假设及其关于相对论和量子力学基本前提的推论,进一步推演运动物质的质速关系、质能方程、能量与动量关系、时间延缓、长度收缩等有关狭义相对论的基本结论。
3.Based on the three postulates ofvacuum fluctuation, the preconditions of relativity and quantum mechanics, including velocity limit of any moving particle and energy-frequency relation as well as de Broglie wavelength expression of any matter are reached, and the significance of the study ofvacuum fluctuation in the unification of physics theories is indicated.提出真空涨落的三个基本假设 ,据此推演运动物质的速度极限、能量与频率的关系以及德布罗意波长表达式 ,以此揭示相对论量子力学共同的物理基础 ,并指出真空涨落的研究在实现物理学理论统一上的重要意义 。
3)vacuum fluctuation particles (vacufluctons)真空涨落子
4)quantum fluctuations of space time时空量子涨落
5)Fluctuation[英][,fl?ktju"ei??n][美][,fl?kt??"e??n]涨落
1.TheFluctuation of Bistability in Chemical Reactions;具有双稳态的化学反应中的涨落现象
2.Application of fluctuation to the idcal gas system;涨落在理想气体系统中的应用
6)Fluctuations[英][,fl?ktju"ei??n][美][,fl?kt??"e??n]涨落
1.On the divergence problem of temperature fluctuations in simple systems;简单体系温度涨落的发散问题
2.The fluctuations and correlations in the Bak-Sneppen model for self-organized criticality are discussed.讨论关于自组织临界性的Bak Sneppen模型中的涨落与关联。
延伸阅读
浓度涨落分子式：CAS号：性质：在均匀的多组分体系中，任取一体积元△V，由于分子的热运动，每时每刻都有一些分子进入或离开这个体积元，进入体积元的分子数和离开体积元的分子数不会正好相等，体积元中的分子数将是不断地变化着，偏离统计平均值，这种现象称为涨落。对于纯物质，体系的体积元中分子数的涨落引起的是密度涨落，而对于多组分体系，密度涨落的同进还有浓度的涨落。由于浓度和密度是与体积元的折射率相关的，故它们的涨落必将导致折射率的变化，而表现为光学不均匀性，这正是聚合物或多组分体系光散射现象的根源。
