量子力 的英文怎麼說

中文拼音 [liángzilì]
量子力 英文
interpretation of quantum mechanics
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 子 : 子Ⅰ名詞1 （兒子） son 2 （人的通稱） person 3 （古代特指有學問的男人） ancient title of respect f...
  • 力 : Ⅰ名1 （力量; 能力） power; strength; ability; capacity 2 [物理學] （改變物體運動狀態的作用） forc...
  • 量子 : quantum; gion
  1. Ab initio calculations of elastic constants and sound velocity of sodium iodine

    碘化鈉彈性常數和聲速的量子力學從頭算
  2. Pauli deduced the principle from spectroscopic data prior to the advent of quantum mechanics.

    泡利是在量子力學出現以前，根據原子光譜的數據導出這個原理的。
  3. Formula 2 - 12 as the basic function of quantum mechanics has long been an assumptive or experiential equation, but under complex function of analytical space - time, schrdinger wave function becomes the deduction from tast

    2 - 12式即量子力學的基本方程，在量子力學中它是一種假設方程，在解析時空的復變函數下，薛定諤
  4. Quantum mechanics scored first in providing an explanation of atomic structure.

    量子力學首先在提供對原子結構的說明中取得成功。
  5. These results are derivable from the theory of quantum mechanics.

    這些結果是根據量子力學理論推導出來的。
  6. When the field is slowly - varying, the scalar field potential acts like a cosmological constant. in addition to the quintessence models, many other theories for dark energy have been proposed, including models based on super - symmetric gauge theories, super - gravity, small extra dimensions, large extra dimensions, quantum field theory effects in curved space - time. all these models are essentially based on the existence of a mass less scalar field acting at a cosmic scale

    除了真空場模型外，科學家亦提出其他解釋黑暗能量的理論，這些模型建基於不同的物理理論或假設，例如超對稱規范理論超重力增加一些小或大的空間維數量子力學在彎曲時空的影響等等，這些理論模型，返本溯源，其實背後都假設存在著一個特性類似於宇宙常數的無質量純量場。
  7. In this section we will increase our quantum-mechanical repertoire by solving the schroedinger equation for the one-dimensional harmonic oscillator.

    本節我們將用求解一維諧振子的薛定諤方程以提高我們的量子力學技能。
  8. The being with consciousness must have a different role in quantum mechanics than the inanimate measuring device.

    在量子力學中有意識的人必定比無生命的測量裝置有不同的作用。
  9. Course 1 makes heavy use of quantum mechanics.

    第一種課程大量應用量子力學。
  10. Quantum mechanics is basically statistical in nature.

    量子力學本質上基本是統計性的。
  11. Why molecules and inter - molecular forces exist can be understood in terms of atoms, inter - atomic forces, and again, qm

    對于分子以及分子間作用力存在的原因，可以依據原子、原子間作用力以及量子力學。
  12. Our usual vocabulary is not quite a match for the nuances of quantum mechanics.

    我們通常的詞匯與量子力學的意義不太匹配。
  13. Then, an implicit expression for electron density and a closed form of threshold voltage are presented fully comprising quantum mechanical ( qm ) effects

    給出了電子密度的隱式表達式和閾電壓的顯式表達式，它們都充分考慮了量子力學效應。
  14. Similarly, atoms and inter - atomic forces, in terms of electrons, nuclei, the electrodynamic forces between them and qm ; and so on

    類似地，對于原子和原子間作用力，可以依據電子、原子核、它們之間的電動力以及量子力學；如此等等，不一而足。
  15. Quantum mechanics is an unambiguous and quantitative theory.

    量子力學是一個明確的和定量的理論。
  16. Application of quantum mechanics to atomic structure, molecular bonding, and spectroscopy gives us quantum chemistry.

    將量子力學應用於原子結構，分子鍵及光譜學即形成量子化學。
  17. In quantum mechanics the particle need not have a definite energy.

    在量子力學中，粒子並不需要具有確定的能量。
  18. The results of this section lie at the very heart of quantum mechanics.

    本節的結果是量子力學所深切關心的問題。
  19. Newton mechanics is no more than an approximate version of quantum mechanics.

    牛頓力學只是量子力學的一種近似描述。
  20. We must now see how quantum mechanics accounts for these results.

    現在我們就必須看一下量子力學是如何解釋這些結果的。
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