1.
Desirable properties for forming include low yield strength and high ductility.
令人满意的成形特性包含了低降伏应力和高延展性。
2.
Water reduces the potency of vodka.
水能降低伏特加的强度。
3.
He captured several knights.
他降伏了几个骑士。
4.
3-D Finite Element Analysis of Peridental Stress Distribution When Impacted Teeth Are Tracted;
埋伏牙牙周应力分布的三维有限元分析
5.
The Research and Design on Pv Power Applied System Based on MPPT;
基于MPPT的光伏电池电力应用系统的研究与设计
6.
Application design of solar photovoltaic/wind power generating systems connecting to power grid in the high-rise buildings
光伏/风力并网发电在高层建筑上的应用设计
7.
ANALYSIS OF DEFORMATION AND STRESS CHARACTERISTICS OF HIGHWAY TUNNELS ABOVE MINED-OUT REGIONS
下伏采空区桥隧工程变形及受力响应特征分析
8.
Discussion on Mechanical Effect and Latency Function of Wheat Moisture Adjustment
论小麦水分调节的力学效应与潜伏功能
9.
Stress Distribution of Maxillary Embedded Canine Periodontium and Moving Tendency in Conditions of Drawing Forces Regimens
上颌埋伏尖牙在牵引力作用下的位移趋势及牙周应力分析
10.
The supply to consumers is at 50Hz alternating current while the voltage is 220 volts single-phase and 380 volts three-phase.
所供应的电力是50赫兹交流电，而供电电压则为220伏特单相及380伏特三相。
11.
Either the maximum and minimum stresses of one of these and the mean stress-are required to specify the fluctuation.
需要两个值：最大应力和最小应力或二者之一和平均应力，以确定其起伏程度。
12.
Both water and power is in good supply and it has two 110,000 volt transformer stations.
自来水供应充足，电力充裕，拥有11万伏变电站两座。
13.
The Application of Single Chip Microcontroller in Flameproof Magnetic Starter Control System of Thousand Volts Class
单片机在千伏级隔爆型磁力起动器控制系统的应用
14.
To meet the challenge from carbon tariffs by developing the advanced third generation photovoltaic panels to generate clean powers
大力发展“第三代”光伏发电技术,应对“碳减排”的挑战
15.
Meet the Challenge of "Carbon Tariffs" by Developing the Advanced Third Generation Photovoltaic Panels to Generate Clean Power
大力发展“第三代”光伏发电技术,应对“碳关税”的挑战
16.
Stress Analysis and Settlement Calculation of Pile Raft Foundation Based on Mindlin Stress Solution;
基于Mindlin应力解下桩筏基础应力分析与沉降计算
17.
The rolling hills fall gently toward the coast.
起伏的山丘逐渐向海岸缓降.
18.
Elaborate Spatial Distribution of Precipitation of ChongQing on Terrain;
起伏地形下重庆降水精细的空间分布