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- De Broglie expressions 德布罗意关系式
- Based on a new model combining known de Broglie model and Ross model. 基于已知的 De Broglie模型和 Ross模型结合的太阳中微子新模型，可以获得两个中微子合成一个光子及其能量公式。
- Because of de Broglie's outstanding contribution, he received a lot of honor. 由于德布罗意的杰出贡献，他获得了很多的荣誉。
- The first suggestion that electrons might have wavelike properties was made by L. de Broglie in 1924. 1924年德布罗意首先提出电子可能具有波动性质的意见。
- A conceptual mistake often made by somebody to the velocity of de Broglie wave is corrected. 指出关于德布罗意波速度的一个常犯的概念错误。
- French neo-classical style of the building while at the Opera de Broglie represented. 法国新古典主义风格的建筑物则以德布罗意广场的歌剧院为代表。
- The summarize of the classical thoery and the quantum thoery on de Broglie wave. 对德布罗意波的物理意义从经典解释到量子解释进行综合评述,插入了作者的一些见解。
- P22 Generally speaking,the intensity of de Broglie wave at any place is directly proportional to the probability the particle close to the place. 普遍地说，在某处德布罗意波的强度与粒子在该处邻近出现的概率成正比，这就是德布罗意波的统计解释。
- De Broglie's idea, which introduced the notion that electrons are also waves, was qutie incomprehensible to many physicists in 1924. 后面一句删去了逗号中间那部份后，仍然让人有点头绪是在说什么，因为讲明了是 de Broglie 在 1924 年的意见。
- When the de Broglie wavelength of electrons inside a nanoscale metal particle is comparable to its size, the quantum size effects (QSE) appear. 当金属纳米颗粒中电子的de Broglie波长已经可以和它的大小相比时，量子限制效应（QSE）就会出现。
- We can derive from the conclusion of the special relativity and the de Broglie relation the formula for the relation between the speed of matter wave and the related partical. 根据狭义相对论的结论和德布罗意公式;推出了物质波的波速和与该物质波相缔合的粒子速度之间的关系式.
- Author suggests that it is necessary to design experiments to measure the phase velocity of de Broglie wave and to study the wave-particle duality deeply. 建议设计实验测量德布罗意波的相速度 ;深入研究波粒二象性 .
- De Broglie was his thesis advisor;he served as a research assistant to Fermi;and he worked at CERN when it was still in Copenhagen under the direction of Bohr. 他曾与诺贝尔奖得主德布罗意、费米和波尔共事，他的导师是德布罗意，他做过费米的研究助手，当CERN还在哥本哈根的时候他曾在那里在波尔的指导下工作。
- There is a great deal of discussion on De Broglie Wave velocity in the books on quantum mechan- ics. But there is little analyses on paradox for the Wave Velocity. 关于德布洛意(De Broglie)波波速问题在许多有关量子力学的书中都有论述,但对波速佯谬却很少分析。
- The author suggests that it is necessary to design experiments to measure the phase velocity of de Broglie wave and to make a thorough study on the wave-particle duality. 即使自然界存在超光速的物质运动也不可能动摇狭义相对论；建议设计实验测量德布罗意波的相速度并深入研究波粒二象性。
- The particle's diameters of nano-particle and " de Broglie" wavelength of election are about the same length/The nano-solids are made of nano-particles with big ratio surface. 由纳米微粒构成的纳米固体又存在庞大的界面成分。
- Also this photon-formed matter structure model can explain the mass energy-momentum relation, the relation between photon energy and its frequency and the De Broglie wavelength. 文中采用光组成结构模型，主要是验证前人假说或理论，就是否合理或创新，不一而论。
- Through the analysis of the significance of energy and momentum in the de Broglie relations, some problems in calculating the wavelength and frequency of de Broglie wave have been cleared. 通过对德布罗意关系中和的意义及其之间关系的分析,澄清德布罗意波的波长和频率计算过程中的一些问题。
- Experimental basis of Quantum Physics: photoelectric effect, Compton scattering, photons, Franck-Hertz experiment, the Bohr atom, electron diffraction, De Broglie waves, and wave-particle duality of matter and light. 量子物理的实验基础：光电效应，康普顿散射，光子，法兰克-赫兹实验，波尔原子模型，电子衍射，德布罗意波以及物质与光的波粒二项性。
