1.
Discussions on Liquefaction Mechanism of Saturated Fine Grained Soil under Vibration and Prediction of Settlement Deformation and Study on the Corresponding Treatment;
饱和细粒土微振液化机理探讨与沉降变形预测及处置研究
2.
Experimental Study on Fracturing Fluids Microcosmic Damage with Nuclear Magnetic Resonance;
压裂液微观伤害的核磁共振实验研究
3.
Characteristic Simulation of Hydraulic Damper and Its Parametric Design;
液压减振器特性仿真及其参数化设计
4.
The Shaking Table Experimental Study on Liquefiable Sand Soil Improved by Pile;
桩体加固液化砂土的振动台试验研究
5.
The Influences of the Vibration Frequencies on Liquefaction Strength of Saturated Sands
振动频率对饱和砂土液化强度的影响
6.
Soft-fit design of 1000 L tips simplify loading and ejecting.
1000微升吸头可简化吸液和排液。
7.
The Theory,Preparation and Application of Structured Emulsion
结构化乳液的理论、制备与应用Ⅱ.结构化微乳液
8.
DBSA Catalyzed Oxidative of Aldehydes to Esters in Microemulsion
DBSA微乳液中醛的氧化酯化反应的研究
9.
Study of a Novel Sensor Using Microstrip Resonant Structure for Permittivity Measurements of Liquids;
基于微带谐振结构的新型液体介电常数测量探头研究
10.
Modeling of Properties and Sensing Applications of Microfiber Ring Resonators in Aqueous Solution;
水溶液中微纳光纤环形谐振腔特性及传感应用的模拟研究
11.
Influence of Temperature Variation on the Performance of Hydraulic Shock Absorber
温度变化对液压减振器性能影响的研究
12.
Blood tests and MRI examination may be needed to confirm the diagnosis.
为了确诊，需要做血液化验和磁共振成像检查。
13.
Eliminating Liquefaction of Sandy Soil and Improving Bearing Capacity of Single Pile with Vibro-squeezing Sand Pile
振动挤密砂桩消除砂土液化和提高单桩承载力
14.
The Shaking Table Experimental Study on Liquefiable Sand Soil Improved by Granular Sand Pile;
散体材料砂桩加固液化砂土的振动台试验研究
15.
Study on Liquefaction Characteristic of Saturated Silty Soil by Shaking Table Test;
饱和粉土地基液化特性的振动台试验研究
16.
Large-Scale Shaking Table Test of the Liquefiable Ground Treated by CFG Piles Composite Foundation;
CFG桩加固液化土地基的振动台试验研究
17.
Research on the Lateral Load Behavior of Pile in Liquefying Sand by Shaking Table Tests;
液化土中桩基水平承载特性的振动台试验研究
18.
Structural Optimization of 3-Axis Hydraulic Angular Vibration Table and Research on Its Control System;
三轴液压角振动台的结构优化与控制系统研究