求出了正切作用量的四维 SU_（2）格点规范理论的元格内能。
The internal energy per plaquette in SU(2) lattice gauge theory is worked out.
会取得或设定定位词汇受其影响的这个作用量。
AdornerPlacementDimension that is the placement term affected by this contribution amount.
运用相干态路径积分，我们得到了该系统的作用量。
Using the path integral approach, we obtain the action of this system.
方法采用琼脂稀释法进行抗菌作用量效关系的研究。
Methods Agar dilution method was used to study the dose - effect relationship of antibiotic effect.
本文首先用最小作用量原理推导出扁薄锥壳大振幅的变分方程。
In this paper, large amplitude variational equation of conical shallow thin shells is derived according to the principle of minimal action quantity.
当基本流场定常且存在无限长的东西向山脉时，则有波作用量守恒。
It is verified that the wave action conserves only if the basic zonal currents are steady and a W-Ely oriented mountain barrier with unbounded extent exists.
该模型包括奈维斯·托克斯方程、谱作用量平衡方程和雷达后向散射模式。
The model consists of the Navier Stokes equation, the action balance equation and the radar backscatter model.
在天体物理学中，引力作用量描述了在被物质和能量弯曲的时空中如何形成引力的机理。
In astrophysics, a gravitational action is the mechanism that describes how gravity can emerge from space-time being curved by matter and energy.
这种对偶变换的对称性不是超弦作用量的对称性，它是解的模空间的对称性。
The symmetry of the twisted dual is the symmetry of the moduli space.
后些广义作用量原理是用近似法与数值法求解耦合热弹性理论问题的理论基础。
These generalized principles of action lay the foundation theoretically for approximate and numerical methods of solving the problems of co...
后些广义作用量原理是用近似法与数值法求解耦合热弹性理论问题的理论基础。
These generalized principles of action lay the foundation theoretically for approximate and numerical methods of solving...
将电子自由度积掉后，我们得到了描述核自旋的有效作用量以及核自旋的自旋波传播子。
After integrating out the electron degrees of freedom, we derive the effective action describing the nuclear spins and the propagator for the spin wave.
本文提出最小作用量原理之统计解释，将作用量等价于物理场背后潜在统计系统之自由能。
A statistic interpretation of action principle is proposed, in which the action of physics field is equal to the free energy of a statistic system hidden in background.
利用改进变分法求出了正切作用量的四维SU_（2）格点规范理论的元格内能和比热曲线。
By using improved variational method, the internal energy per plaquette and the specific heat curves of the Tangent action in SU(2) lattice gauge theory arc worked out.
构造了带电粒子在电磁场中的作用量，借助于保守力系的拉格朗日方程，导出了麦克斯韦方程中的两个式子。
By constructing principal function of a charged particle in electromagnetic field and using conservative system's Lagrange equation two formulas in Maxwell's equations are induced.
在不久的将来，Banados和Ferreira希望能对Born -Infeld引力作用量作更详细的分析。
In the future, Banados and Ferreira hope to perform a more detailed analysis of the gravitational Born-Infeld action.
这些浮游生物的光合作用量占到海洋中生物光合作用量的40%，因此，这样的伽马射线爆可能会对地球的二氧化碳水平产生严重影响。
These organisms account for up to 40% of the ocean's photosynthesis, so such an event could have a serious impact on Earth's carbon dioxide levels.
海洋中的浮游生物消耗了大量的二氧化碳，大约占整个生物圈光合作用量的20%，而这些基本上是被一种浮游生物，原绿球藻消耗的。
Carbon dioxide is consumed in great quantity by ocean-based plankton with just one species, Prochlorococcus marinus, accounting for 20% of the entire biosphere's photosynthesis.
讨论了各种因素对制备过程的影响，并测试了制品性能与预聚作用量的关系，当预聚作用量为聚合作重量的8％时，材料缺口冲击强度最高。
The dependence of properties on the amount of the prepolymeric activator was also examined. It was shown that Izod impact strength of the material containing 8% prepolymer was the best.
在这项研究里，Banados和Ferreira尝试了一种新办法，即被称为Born -Infeld作用量的引力作用量，来使该理论涵盖物质，从而拓展了该理论。
In this study, Banados and Ferreira have tried a new way to extend the theory to include matter by using a gravitational action called the Born-Infeld action.
1924年，Eddington提出了一个新的“引力作用量”，它作为除einstein - Hilbert作用量的另一个选择，可以当作是广义相对论的另一个出发点。
In 1924, Eddington proposed a new "gravitational action" as an alternative to the Einstein-Hilbert action, which could serve as an alternative starting point to general relativity.
在构造预条件因子时，采用从目标的“几何结构剖分”出发，而不是从“矩阵元素”出发确定“基权函数之间的作用量关系”，这样保证了构造预条件矩阵的计算复杂度仅为O（N）。
The preconditioner is generated from the target's "geometry structure " and not from the "matrix element", which assured the computational complexity for generating the preconditioner is only O(N) .
在构造预条件因子时，采用从目标的“几何结构剖分”出发，而不是从“矩阵元素”出发确定“基权函数之间的作用量关系”，这样保证了构造预条件矩阵的计算复杂度仅为O（N）。
The preconditioner is generated from the target's "geometry structure " and not from the "matrix element", which assured the computational complexity for generating the preconditioner is only O(N) .
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