1.
Numerical simulation of shock impact on material interface
激波与物质界面相互作用的数值模拟
2.
Study on the interface interaction of silica/NR composite
白炭黑/NR复合材料界面相互作用研究
3.
The Application of Molecular Simulation in the Calculation of Interfacial Interaction;
分子模拟在界面相互作用计算中的应用
4.
The Interactive Molecular Mechanism of Heavy Metals on the Soil-microorganism Interface;
重金属在土壤—微生物界面相互作用的分子机制
5.
Study on the Interface Interaction and Polymerization Mechanism of Coal-based Polyaniline;
煤基聚苯胺的界面相互作用及聚合机理研究
6.
Numerical Simulation on Moving Shock Interacting with Gas-water Interface
运动激波和气水界面相互作用的数值模拟
7.
Study on the Interaction Parameters between Geogrid and Expansive Soil/Sand and Performance of Soft Ground Improvement with Reinforced-Mat;
筋土界面相互作用参数和加筋垫层处理软基的性状研究
8.
Physico-Chemical Separation of Recyclable Resources Interface Interactions in Plastics Flotation System;
再生资源的物理化学分选塑料浮选体系中的界面相互作用
9.
Study on Interaction Mechanism of Correlative Phases at Cement/Formation Interface
固井二界面关联相相互作用机理研究
10.
A Numerical Simulation on the Interaction of the Interface and the Convection Heat Transfer;
相界面与对流换热间相互作用的数值模拟
11.
Interaction at Pt-CeO_2 Contact Interface over Pt/CeO_2/SBA-15 Catalyst
Pt/CeO_2/SBA-15催化剂上Pt-CeO_2接触界面的相互作用
12.
Comparison of Residues Conformation Optimized Degree between Protein-protein Interface and Non-interface Surface;
蛋白—蛋白相互作用界面与非相互作用表面中残基构象优化程度差异的比较
13.
Quantum Hydrodynamic Study of Interactions of Charged Particles with Electron Gases at Surfaces/Interfaces
带电粒子与表面/界面电子气相互作用的量子流体动力学研究
14.
Investigation of Macromolecule/Surfactant Interaction by Interfacial Dilational Rheology Method
界面扩张流变方法研究大分子与表面活性剂的相互作用
15.
Interaction among a Screw Dislocation, Interfacial Crack and Inclusion under Uniform Heat Flux;
均匀热流场中螺型位错、界面裂纹与夹杂的相互作用
16.
Interaction of a Screw Dislocation with Interfacial Edge Crack in Magneto-electro-elastic Bi-material;
磁电弹双材料中螺位错与界面边裂纹的相互作用
17.
Electrochemical Studies of Interaction of Porphrins and other Drugs with DNA at Interface;
DNA与卟啉等药物分子相互作用的界面电化学研究
18.
Advances in coagulation interfacial process: role of particle/AOM-IPF-aqueous solution interactions
混凝微界面过程研究与进展:AOM颗/粒物-IPF水-溶液相互作用的重要性