1.
Study on Correlation between Shear-wave Velocity and Liquefaction Resistance of Saturated Sand;
饱和砂土剪切波速与抗液化强度相关性的研究
2.
How to properly evaluate the in-situ liquefaction resistance of saturated sand strata
如何正确评价原位饱和砂土的抗液化强度
3.
The Effect of Shear-wave Velocity on the Structure and the Liquefaction Resistance of Saturated Loose Sands (Silts);
剪切波速对饱和松散砂（粉）土结构性及抗液化强度影响的研究
4.
Study of the Effect on the Shear Bond Strength of Orthodontic Brackets of Different Concentration Fluorided Etching Fluid;
不同浓度氟化酸蚀液对托槽抗剪粘接强度影响的研究
5.
Experimental investigation of compression speed influence on the compressive resistance of electrorheological fluids
压缩速度对电流变液抗压强度影响的实验研究
6.
Characteristic of products: strong, anticorrosion, ageing resistance.
产品特性：强度大、抗腐蚀、抗老化。
7.
Study of Ultimate Hull Girder Strength of Large Liquefied Natural Gas Carriers
大型液化天然气船船体极限强度研究
8.
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
9.
compressive strength, compression strength
抗压强度,耐压强度
10.
The Experimental Study on Unconfined Compressive Strength of Soil Stabilizer;
土壤固化剂无侧限抗压强度试验研究
11.
High strength performance： the anti-striking force of tempered glass of the same thickness is3-5 times than that of the common glass.
高强度：同等厚度的钢化玻璃抗冲击强度是普通玻璃的3-5倍，抗弯强度是普通玻璃的2~倍。
12.
The Variation of MBER Stabilized Soil Strength and Development of a New Liquid Soil Stabilizer
MBER固化土强度变化及新型液态固化剂开发
13.
Study on Powder Materials Granularity and Pull Strength of Matelized Ceramics
陶瓷金属化粉料粒度与抗拉强度的研究
14.
Acrylic fibers are strong, resilient, resistant to moisture, mildew and weathering
丙烯腈纤维强度高,弹性好；抗湿性、抗霉菌性、抗风化性均较好。
15.
Experimental Study on Liquefaction and Behavior of Post-liquefaction Deformation and Strength in Saturated Sand-gravel Composites;
饱和砂砾料液化及液化后变形与强度特性试验研究
16.
Antioxidant Activity of Malpighia glabra Freeze-dried Powder
西印度樱桃冻干粉水提液抗氧化性的研究
17.
Experimental Study about Activated Water Generated by Electro-hy draulic Impulse Improving the Mechanical Performance of Concrete
电液压脉冲活化水提高混凝土强度的实验分析
18.
Changes of Saliva lysozyme in Sprinter with Different Training Intensity;
短跑运动员不同强度时唾液溶菌酶的变化特点