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 Capacitor Coupled 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;
10.
Community 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