English translation for "耦合强度"
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- coupling strength
stiffness of coupling
strength of coupling
Related Translations:
耦合变压器: coupling tra formercoupling transformatorcoupling transformer 耦合取景器: lens covering a small angle of fieldlenscoveringasmallangleoffield 耦合损失: coupling lossescouplinglo es 紧耦合: close couplingtight coupingtight coupling
- Example Sentences:
| 1. | It " s fit for the polaronic models of all coupling strength
Feynman路径积分方法适用于各种耦合强度的极化子模型。 | | 2. | The effects of the thickness , the interfacial coupling constant and the temperature on the hysteresis of the bilayer are investigated
我们考察了薄膜厚度、界面耦合强度和温度对铁电双层薄膜电滞回线的影响。 | | 3. | The numerical simulations demonstrate that there is a quasi - periodic rotation on the invariant curve when the coupling coefficient e is small enough
数值计算表明当空间耦合强度足够小且限制在某些范围内时，系统在不变圈上是拟周期运动。 | | 4. | Ii ) with the increase of the long - range interaction and the interfacial coupling , the pyroelectric coefficient before the phase transition temperature decreases
另外，随着长程相互作用以及界面耦合强度的增强，相变温度以下的热电系数明显减小。 | | 5. | If the interfacial coupling of the ferroelectric bilayer is antiferroelectric , we find it is possible to exist triple hystersis loops once the parameters of the two slabs are selected appropriately
当铁电双层膜的界面耦合为反铁电耦合时，发现在适当的材料厚度、反铁电耦合强度、横场和温度的匹配下可以观察到多态电滞回线。 | | 6. | Iv ) for the strong interfacial coupling , there exist three pyroelectric peaks in the temperature curve of pyroelectric coefficient , and with the decrease of the interfacial coupling , the number of the pyroelectric peaks will decrease gradually
我们还发现，较强的界面耦合导致热电系数的温度曲线上的三个热电峰的出现；而界面耦合强度的减弱及铁电超晶格尺寸的减少将导致某些热电峰的消失。 | | 7. | As an example , we numerically investigated the transport properties of a four - quantum - dot ring . we found that the resonant tunneling spectrum depends on the arrangement of the single - dot energy level , the interdot tunnel coupling amplitude between neighbouring dots , and the tunnel coupling between dots and leads
在数值计算部分,作为体系的一个特例,我们首先详细的研究了由四个量子点耦合成的量子点环中的电子输运,确定了三种结构的共振隧穿谱线对单量子点能级的不同组合情况以及相邻量子点之间的耦合强度的依赖关系。 | | 8. | For coupled - quantum - dot systems , no matter the spatial symmetry , size and tunnel coupling strength between quantum dots are all controllable . in this way , the dream of controlling solids is realized . for this reason , the transport properties of systems consisting mutiple quantum dots have attracted the interest of physicists
对于耦合量子点体系,无论其组成的量子点的空间对称性,还是量子点的尺寸、相互之间的耦合强度都是人为可以调控的,从而实现了人们操纵固体的梦想,并因此而受到广泛的关注。 | | 9. | The study shows that all these parameters have strong influence to the transport properties of the system . with the increasing of the number of dots , the resonant tunneling spectrum becomes more complex . when we disscuss the n - dot system , for simplicity , we assume all quantum dots are all equivalent , i . e . all the single - dot energy levels are
因此在对由n个量子点耦合成的量子点环的数值计算中,我们假定所有的量子点都是全同的,即所有的量子点都具有相同的单量子点能级_ i ~ 0 = _ 0 ,并且相邻量子点之间的耦合强度都相等,即v _ ( i , i + 1 ) = v _ 0 。 | | 10. | This paper proposes the occasional coupling synchronization scheme of the active - passive decomposition ( active - occasional coupling ) . this scheme consists of synchronization and autonomous phases . in the former , the synchronization scheme is used to synchronize the drive and the response systems ; in the latter , small errors will lead to the two systems separated from each other and desynchronization . but if the synchronization phases are large enough , the full synchronization will be obtained . the synchronization condition is discussed theoretically . the spatiotemporal chaos in coupled map lattice system is achieved and the synchronization condition is given . moreover , the relation between the synchronization phases and the coupling strength is investigated numerically
提出了离散系统中的主动-间隙耦合同步方法.该方法由同步相和自治相组成.在同步相，同步方案使得混沌系统趋于同步，而在自治相，两系统间的误差将迅速放大，导致失同步.但只要同步相足够大，最终可实现系统的准确同步.还从理论上讨论了同步条件，并利用该方法实现了耦合映象格子时空混沌系统中的混沌同步，给出了同步条件以及同步相与耦合强度的关系 |
- Similar Words：
- "耦合腔互易校准" English translation, "耦合腔技术" English translation, "耦合腔声压级阈值" English translation, "耦合腔响应" English translation, "耦合腔选模技术" English translation, "耦合区" English translation, "耦合曲线" English translation, "耦合取景器" English translation, "耦合圈" English translation, "耦合溶剂" English translation
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