量子效應 的英文怎麼說

中文拼音 [liángzixiàoyīng]
量子效應 英文
quantum effects
  • 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...
  • 效 : Ⅰ名詞（效果; 功用） effect; efficiency; result Ⅱ動詞1 （仿效） imitate; follow the example of 2 ...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  • 量子 : quantum; gion
  • 效應 : [物理學] effect; action; influence
  1. Quantum effect in the mesoscopic lc circuits with a source

    介觀電路的量子效應
  2. Quantum tunneling and macroscopic quantum effects in molecular magnets

    分子磁體中的量子隧穿及宏觀量子效應
  3. When the width of reticle is less than 30nm, the semiconductor material achieves its physical limit, and it would be happen that quantum effect

    刻線寬度小於30nm時，半導體材料達到它的物理極限，就會發生量子效應。
  4. The quantum effect of charged spinor particle with cosmos

    含宇宙項帶電時空中旋量粒子的量子效應
  5. A breakdown model of thin drift region ldmos with a step doping profile

    器件多晶硅柵量子效應的解析模型
  6. It is the main purpose of this paper to calculate the energy splitting of ground state and excited states induced by thermally assisted quantum tunneling. first, a brief introduction is given for the theoretical and experimental studies on the magnetic macroscopic quantum effects. then, spin tunneling in a uniaxial ferromagnetic particle in transverse magnetic field is converted to a pseudoparticle moving in effective double - well potential with the help of the effective potential description of quantum spin systems developed by ulyanov and zaslavskii. finally using the periodic instanton method we evaluate the transition amplitude, energy shift and prefactor of wkb exponential and the energy splitting of ground state and the tunneling rate for excited states induced by thermally assisted quantum tunneling are obtained

    文章首先對磁性宏觀量子效應的理論和實驗方面作了簡單介紹，然後藉助于ulyanov和zaslavskii發展的一種等效勢描述方法，把外磁場沿難磁化軸方向時的自旋隧穿約化成在等效雙勢阱中運動的粒子，利用瞬子方法給出基態能級劈裂，最後利用周期瞬子方法分別計算了隧穿幅、能級移動以及wkb前因子，從而給出由於熱助量子隧穿引起的激發態的隧穿率。
  7. Owing to the extremely small dimensions, nanometer materials are structurally characterized by a large volume fraction of grain boundaries or interphase boundaries, which exhibit some unique structural characteristics and novel properties with respect to the conventional coarsegrained polycrystalline materials

    由於納米粉體材料尺度極小，使之表面原子數、表面能急劇增加，產生了宏觀物體所不具有的表面效應、小尺寸效應、量子效應及宏觀量子隧道效應等新的性能。
  8. In order to avoid the limit of the uncertainty relation, we will compare the classical and quantum in the ensemble kinesis - levels. there is a time scale te. in thequantum ensemble distribute corresponding to the chaotic character of the ensemble distribute in classical phase space, if t > te, the quantum effect will restrict the increase of the degree of ensemble distribute irregularity

    為了不受量子力學中不確定關系的限制，在系綜運動層次上對經典和量子動力學作比較，得到經典系綜相空間分佈的混沌特徵，在相應的量子系綜分佈的運動中存在一個時間尺度t _ e ，當t t _ e時，量子效應使得系綜分佈不均勻度得增長受到抑制。
  9. Thermoelectric quantum effect and low - dimensional thermoelectric materials

    溫差電量子效應及低維溫差電材料
  10. In the framework of the long - range interaction, we study the interfacial effects on the pyroelectric and dielectric susceptibility of a ferroelectric bilayer for the first time. we find that the quantum effect can lead to the disappearance of some of the peaks of the pyroelectric and susceptibility of the bilayer

    我們首次在長程相互作用的框架內，考察了界面對雙層膜的熱電、介電等物理性質的影響，且量子效應的增強會導致鐵電雙層薄膜的熱電系數和介電極化率的某些峰的消失。
  11. Along with silicon ulsi technology has seen an exponential improvement in virtually any figure of merit, as described by moore ’ s law ; the miniaturization of circuit elements down to the nanometer scale has resulted in structures which exhibt novel physical effects due to the emerging quantum mechanical nature of the electrons, the new devices take advantage of quantum mechanical phenomena that emerge on the nanometer scale, including the discreteness of electrons. laws of quantum mechanics and the limitations of fabrication may soon prevent further reduction in the size of today ’ s conventional field effect transistors ( fet ’ s )

    隨著超大規模集成電路的的發展，半導體硅技術非常好地遵循moore定理發展，電子器件的特徵尺寸越來越小;數字集成電路的晶元的集成度越來越高，電子器件由微米級進入納米級，量子效應對器件工作的影響變的越來越重要，尺寸小於10nm將出現一些如庫侖阻塞等新特性。量子效應將抑制傳統晶體管fet繼續按照以前的規律繼續減小。在這種情況下，宏觀的器件理論將被替代，可能需要採用新概念的晶體管結構。
  12. Abstract : a new approach, gate - capacitance - shift ( gcs ) approach, is described for compact modeling. this approach is piecewise for various physical effects and comprises the gate - bias - dependent nature of corrections in the nanoscale regime. additionally, an approximate - analytical solution to the quantum mechanical ( qm ) effects in polysilicon ( poly ) - gates is obtained based on the density gradient model. it is then combined with the gcs approach to develop a compact model for these effects. the model results tally well with numerical simulation. both the model results and simulation results indicate that the qm effects in poly - gates of nanoscale mosfets are non - negligible and have an opposite influence on the device characteristics as the poly - depletion ( pd ) effects do

    文摘:提出了一種新的建立集約模型的方法，即柵電容修正法.此方法考慮了新型效應對柵電壓的依賴關系，且可以對各種效應相對獨立地建模並分別嵌入模型中.另外，利用該方法和密度梯度模型建立了一個多晶區內量子效應的集約模型.該模型與數值模擬結果吻合.模型結果和模擬結果均表明，多晶區內的量子效應不可忽略，且它對器件特性的影響與多晶耗盡效應相反
  13. The casimir effect is a pure quantum effect. the casimir effect results from the alteration by the boundaries of the zero - point electromagnetic energy, and it is a direct manifestation of the boundary dependence of quantum vacuum

    Casimir效應是一個純粹的量子效應，它是真空電磁場中因邊界條件的變化而使零點能漲落所引起的效應，是量子真空對邊界的依賴的一個直接表現。
  14. Quantum effect devices : electron waveguides, single electron transistors, etc

    26量子效應元件：電子波導，單電子電晶體等。
  15. The quantum effect on the hysteresis is also examined ; it is found that the quantum effect can result in the disappearance of the multi - state hysteresis

    同時我們還研究了量子效應對多態電滯回線的影響，量子效應的增強會導致電滯回線由三條回線變成單個回線。
  16. We give a detailed analysis on the occurrence and the disappearance of the triple hystersis. the quantum effect has an important role on the hysteresis, and can result in the disappearance of the triple hysteresis

    我們對多態電滯回線的產生和消失作了更詳細的研究，發現量子效應對多態電滯回線有重要影響，量子效應的增強會導致多態電滯回線的消失。
  17. Another quantum effect is the uncertainty principle, which is the phenomenon that consecutive measurements of two or more observables may possess a fundamental limitation on accuracy

    另一個量子效應就是測不準原理，它是具有基本精度限制的二個或多個可見連續測量的現象。
  18. Squeezing effects of the atom, one very important quantum effect in its interaction with light have also attracted much attention due to its significance in decreasing the quantum noise caused by atomic movement

    原子壓縮效應是原子與輻射場相互作用中呈現的重要量子效應。研究壓縮的原子對于了解減小原子行為的量子噪聲的途徑具有重要意義，因此該領域也受到人們的廣泛關注。
  19. These are sometimes referred to as " quantum effects "

    這些有時是指「量子效應」 。
  20. It is at those size scales that quantum effects become significant

    量子效應只有在這么小的尺度才會變得重要。
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