1.
Study on Lithium Metal Anode Material of High Specific Energy Lithium Secondary Battery;
高比能量二次锂电池中金属锂负极材料的研究
2.
STRUCTURES AND ELECTROCHEMICAL CHARACTERISTICS OF SUPER-ACTIVATED CARBON WITH HIGH-SPECIFIC CAPACITANCE FOR SUPERCAPACITORS
超级电容器用高比能量超级活性炭的结构与电化学性能
3.
Within the Language of Light, female energy is an octave higher than male energy.
在光之语中，女性能量比男性能量高一个音阶。
4.
Comparison of Three Kind of Methods in Treatment of Severe Pilon Fracture;
高能量Pilon骨折3种治疗方式的比较
5.
Research on Enhancing Performance of Electro-hydraulic Proportional Variable Pump;
提高电液比例变量泵控制性能的研究
6.
Storage and damage modulus of this composite are higher than those of nylon.
复合材料的储能模量、耗模量比尼龙6基体高。
7.
Influence of mid-and-high frequency errors in optical processing on fractional encircled energy
光学加工中高频误差对环围能量比的影响
8.
Development of the Characteristic Test System for High Pressure and Large Flow Electro-hydraulic Proportional Valves
高压大流量电液比例阀性能测试系统研制
9.
Performance Comparative Research on High Modulus Asphalt Concrete Additive
高模量沥青混合料添加剂性能比对研究
10.
Power Parallel Speedup:An Effective Metric for Evaluating the Comprehensive Performance of High-Performance Computing Systems
能耗并行加速比:高性能计算系统综合性能的有效度量
11.
Comparison between TRS-277 and TRS-398:absorbed dose to water for clinical high-energy photon beams
医用高能光子水吸收剂量测量规范TRS-277与TRS-398比较
12.
Foods with a high nutrient density are foods that contribute a high percentage of the nutrients in relation to the calories provided.
高营养密度食物提供营养素的百分率比能量供给百分率高。
13.
The Modern Volleyball Game Training and Nutrition Supplement for Improving the Systematic Function of the Energy Metabolizes;
提高现代排球比赛能量代谢系统机能的训练及营养补充
14.
Effect and mechanism of interaction between fly ash proportion and water-binder ratio on the creep characteristics of high performance concrete
粉煤灰掺量和水胶比对高性能混凝土徐变性能的影响及其机理
15.
Scale up the annual output of steel
按比例提高钢的年产量
16.
This technology can economize on energy resources, improve the quality of products, make use of low quality raw materials, compared with plastic pressing method.
这种工艺与塑压法相比,可节约能源,提高产品质量和利用低质原料。
17.
Prevention and control of coal-burning pollution: Beijing will greatly increase the use of cleaner energy and reduce coal burning in the urban areas.
煤烟型污染防治。 提高优质能源比重，大幅度减少市区燃煤量。
18.
" When demand for Ethiopian coffee grows, we will be able to ask for higher prices," says Getachew.
格答乔说:“这样，当埃塞俄比亚咖啡需求量增加时，我们就能索要高价。