1.
Applications of Mean-field Plus Nearest-orbit Pairing Interaction Model to Actinide Nuclei
平均场加邻近轨道相互作用对力模型对超铀区大形变核的应用
2.
Applicaions of Mean-field Plus Nearest-orbit Pairing Interaction Model to Well-deformed Nuclei;
平均场加邻近轨道相互作用对力模型在大形变核中的应用
3.
Applications of Nilsson and Axial Relativistic Mean-field Plus Nearest-Orbit Pairing Interaction Model to Well-deformed Nuclei;
Nilsson及轴对称相对论平均场加邻近轨道对力模型对大形变核的应用
4.
Applications of Nilsson and Relativistic Mean-field Plus Nearest-orbit Pairing Interaction Model to Well-deformed Nuclei;
Nilsson及相对论平均场加邻近轨道对力模型对大形变核的应用
5.
Numerical Modeling of Soil-Pile-Slope Dynamic Interaction during Earthquakes;
邻近土坡桩土动力相互作用的数值模拟研究
6.
Interaction between Girder and Rail of Rail Transit Viaduct with U-shape Girder;
轨道交通槽型梁桥梁轨相互作用研究
7.
Kernel nearest neighbour algorithm for predicting protein-protein interactions
蛋白质相互作用预测的核最近邻算法
8.
The Mechanism Analysis of Pile Side Frictional Resistance Caused by Tunnel Excavation;
隧道开挖对邻近桩基侧摩阻力的作用机理分析
9.
Dynamic Interaction between Heavy Locomotive and Track under Longitudinal Force of Coupler
纵向压力作用下重载机车与轨道的动态相互作用
10.
A New Visualization Method for the Size of Spatial Interaction between Adjacent Points
一种新的邻近点间相互作用大小的可视化方法
11.
Applications of Mean-field Plus Nearest-orbit Proton-Proton and Neutron-Neutron Pairing Interaction Model to Well-deformed Nuclei;
平均场加质子—中子邻近轨道对力模型及对超铀区核的统一描述
12.
Study on the Influence of the Nose Rail Height on the Wheel-turnout Interaction Dynamics
心轨轨顶降低值对轮岔动态相互作用影响研究
13.
Electromagnetic Moments of Well-deformed Nuclei in the Nilsson Mean-field Plus Nearest-Orbit Pairing Interaction Model
Nilsson平均场加邻近轨道对力模型中大形变核电磁极矩的计算
14.
Angular Momentum Projection in Nilsson Mean-field Plus Nearest-Orbit Pairing Interaction Model
Nilsson平均场加邻近轨道对力模型的角动量投影方法
15.
PREDICTION OF BOREHOLE TRAJECTORY BY INTERACTION MODEL BETWEEN DRILLING BIT AND STRATUM
用钻头与地层相互作用模式预测井眼轨道
16.
Study on the Interaction between Transit and Urban Land Use;
轨道交通与城市土地利用相互作用的研究
17.
Natural bond orbital analysis was performed to reveal the origin of the interaction.
由自然键轨道分析揭示了相互作用的本质.
18.
The Spin-Obit Interaction in Organic Conjugated Polymers;
有机共轭聚合物中自旋—轨道相互作用研究