1) corresponding rising difference model
相应涨差模型
1.
Application of corresponding rising difference model to real-time flood forecast and dispatching of reservoir;
相应涨差模型在水库实时洪水预报调度中应用
2) corresponding tide range
相应涨差
1.
On the basis of the flood forecast model of river course with the original corresponding tide range, it use differential method to develop the modified model with corresponding tide range expressed only by the flow or water level information in the down reaches station.
在原有相应涨差河道洪水预报模型的基础上 ,利用差分方法推导出仅用下游站流量或水位资料表达的改进型相应涨差模型。
3) rising difference model
涨差模型
1.
Improved corresponding rising difference model and its application to rea-time flood forecasting;
改进的相应涨差模型及其在洪水预报中的应用
4) phase difference model
相差模型
1.
Based on Mie theory,the phase difference model for calculating and analyzing the spatial distribution of scattering intensity from a spherical particle on a smooth surface radiated by a linearly polarized light beam is obtained.
为了研究硅片表面球形粒子的光散射情况,根据M ie氏理论,采用相差模型,得到了球形粒子在任意线偏振光照射下的散射光光强空间分布的计算方法,给出了球形粒子在s偏振和p偏振光分别以0°和70°角照射下散射光微分散射截面的模拟计算结果,并与相关的实验结果进行了比较,对硅片缺陷自动检测仪的研制具有指导意义。
5) coherent density fluctuation model
相干密度涨落模型
1.
The semiclassical distorted wave(SCDW)model is applied to the analysis of the multistep direct processes of 90Zr(p,p′x) at 80 and 160MeV incident energies with the single particle momentum distribution of target nucleons given by the coherent density fluctuation model.
通过单体密度矩阵的Wigner变换把相干密度涨落模型引入半经典扭曲波模型 ,并应用于分析在 80和 16 0MeV入射能量时90 Zr(p ,p′x)反应中非弹性散射到连续态的多步直接过程 。
2.
Making use of the Wigner transform of the one-body density matrix, the coherent density fluctuation model(CDFM) is introduced into semiclassical distorted wave(SCDW) model.
本文利用单体密度矩阵的Wigner变换,将相干密度涨落模型(CDFM)引入半经典扭曲波(SCDW)模型,并将新的SCDW模型应用于分析预平衡反应(p,p x)中散射到连续态的多步直接过程。
6) chaotic inflation model
暴涨模型
1.
Adopting the Friedmann-Robertson-Walker model,we present a new exact solution to Einstein s equation that describes the evolution of the cosmological chaotic inflation model,and calculate the spectral indices ns of the scalar density fluctuation and the gravitational wave spectral index ng.
采用Friedmann-Robertson-Walker模型,提出了一个新的描述宇宙浑沌暴涨模型演化的Einstein场方程解,并计算了标量密度涨落的光谱指数ns和引力波光谱指数ng,得到ns的值很好地符合宇宙背景观测卫星观测到的值。
补充资料:差差
1.犹参差。不齐貌。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条