1、But it does happen in quantum mechanics.
但它在量子力學中就發(fā)生了。

2、QUANTUM PHASE TRANSITION IN A BILAYER HEISENBERG ANTIFERROMAGNET
雙層Heisenberg反鐵磁體中的量子相變

3、q-deformed Quantum Affine Algebra in Z_n Lattice Model
Z_n格點模型的量子仿射變形代數(shù)

4、the act of dividing into quanta or expressing in terms of quantum theory.
分成量子的動作或用量子理論來表達。

5、Here, the strong coupling of quantum bits with light quanta plays a pivotal role.
在這里，量子比特與光量子的強耦合起著舉足輕重的作用。

6、The Yale team asserts that its hulking size is an advantage over other quantum computing designs.
耶魯團隊斷言說，巨大的尺寸對于量子計算機設(shè)計將是一個優(yōu)勢。

7、which are micro-cosmic quantum number of Gd2+ and Gd3+ ions.
又與Gd2+和Gd3+ 離子的微觀的量子數(shù)J⊥和J(?)

8、The coupled quantum dots can be designed to possess negative polarizability in some excited states.
耦合量子點體系可以在激發(fā)態(tài)實現(xiàn)逆電性。

9、But at very low temperatures, the odd rules of quantum mechanics reign.
可是在極低的溫度下，古怪的量子力學占了物理學的統(tǒng)治地位。

10、In chapter five, we study the possibility of dynamical localization in quantum dot array.
第五章中我們考察了在量子點鏈中動態(tài)局域發(fā)生的可能性。

11、Now, you recall in Bohr the quantum condition.
現(xiàn)在，回憶一下波爾量子理論。

12、With his resistance to McCarthyism and quantum uncertainty, was Einstein disillusioned at the end?
反對麥卡錫主意，反對量子不確定性的愛因斯坦最終夢想破滅了嗎？

13、By using the transfer matrix method, we calculated the quantum energy levels and emission current.
應(yīng)用轉(zhuǎn)移矩陣法，求出了垂直于界面的量子能級，并計算了場發(fā)射電流。

14、STUDY OF VARIATIONAL-CUMULANT EXPANSION OF THE QUANTUM HEISENBERG HYPERFILM
量子Heisenberg薄膜臨界點的變分累積展開研究

15、An electron's quantum state carries information, making it important for a viable quantum computer.
一個電子的量子態(tài)攜帶著信息，這對制造量子計算機十分重要。

16、Quantum Chromodynamics is the best candidate of the strong interaction theory.
量子色動力學(QCD)是強作用理論最好的候補者。

17、Optical Properties of InGaAs/GaAs Strained Layer Quantum Wells
InGaAs/GaAs應(yīng)變層量子阱的光學性質(zhì)

18、VIOLATION OF BELL INEQUALITIES FOR QUANTUM ENTANGLEMENT
不遵守Bell不等式的量子纏繞(英文)

19、M theory succeeds in unifying gravity and quantum theories.
M理論在統(tǒng)一量子理論和引力方面比較成功。

20、Integer Quantum Hall Effect There are a number of ways you could go beyond what we do in lecture.
整數(shù)量子的霍爾效應(yīng)你可以利用許多超出我們課堂上講到的方法。

21、The energy that atoms and molecules can possess according to quantum theory is quantized.
根據(jù)量子理論，分子和原子具有的能量是量子化的。

22、Self-organized Growth of Nanometer Quantum Dot Structures
納米量子點結(jié)構(gòu)的自組織生長

23、The incredible success of quantum electrodynamics raises the question.
量子電動力學驚人的成功引起了這一問題。

24、Such a quantum repeater USES groups of three photons for each bit of the message.
這種量子中繼器使用一組三個光子對應(yīng)信息的一個字節(jié)。

25、Variational-cumulant expansion of the quantum Heisenberg antiferromagnet
量子Heisenberg模型的變分累積展開研究(英文)

26、Quantum memory may topple Heisenberg's uncertainty principle.
量子存儲器可能顛覆海森堡的不確定性原理。

27、THE INFLUENCE OF QUANTUM NUMBER LOSS ON ALKALINE METAL * IC ENERGY LEVEL
量子數(shù)虧損對堿金屬原子能級的影響

28、Infrared Absorption Characteristic of Nitride Semiconductor Quantum Dots
氮化物半導體量子點子帶間紅外吸收特性

29、Optimizing the fidelity of coherent state of quantum teleportation.
優(yōu)化相干態(tài)量子隱形傳態(tài)的保真度。

quantum翻譯

n. 量, 量子【計】 量子【化】 量子【醫(yī)】 量子, 量 詳情