1.
Internal Friction Behaviour and Mechanism of Phase Transformation in Cu-based Shape Memory Alloy;
铜基形状记忆合金的相变内耗及其机制
2.
Study on anomalous internal friction during phase transformation of Cu-based shape memory alloys
铜基形状记忆合金异常相变内耗的研究
3.
Grain Boundary Internal Friction Peak in Polycrystalline Pure Aluminum Studied by Continuous Temperature Changing Method
连续变温法测定多晶纯铝晶界内耗峰
4.
Internal friction behaviors of porous NiTi alloys with variable porosities
可变孔隙率多孔NiTi合金的内耗行为
5.
Inner Mongolian Correlation Analysis of Primary Energy Consumption to Economical Cyclical Fluctuation;
内蒙古一次能源消耗对经济周期的相关分析
6.
Temperature Dependent Internal Friction Characteristic and Solute Effect of High Damping Magnesium Alloys
高阻尼镁合金温度相关内耗特征及溶质影响
7.
Effect of Thermal and Electrical Properties of Materials on the Power Consumption of Phase Change Memory
材料热电特性对相变存储器功耗的影响
8.
Design of Ultra-Low-Power Low Phase Noise CMOS LC-VCO with Transformer Feedback
变压器反馈的超低功耗低相位噪声CMOS LC-VCO设计
9.
Variational Approach to Interaction of a Soliton Pair in Lossy Nonlinear Optical Fibers
损耗光纤中基孤子对相互作用的变分法研究
10.
The Grand Square gives a lot of energy which demands to be used, internal dynamism, insistence, force.
四分相带来许多需要耗费的精力，包括内在的精神力、制力、力。
11.
Only replacing the damage and deformation ciner in use, can reduce spillage of material thus lower its cost.
在使用损坏变形后，只需更换内衬，减少了材料损耗，降低了成本。
12.
Impacts of Environment Change on Agricultural Water Consumption in Shiyang River Basin in Arid Region of Northwest China;
西北干旱内陆区石羊河流域农业耗水对变化环境响应的研究
13.
The Design of 30kVA Three-phase Inverter and Analysis of Inductor Winding Loss;
30kVA三相逆变器模块设计及电感线圈损耗的分析和计算
14.
THE COMPARATIVE ANALYSIS OF THE EFFECTS ON THE DYNAMIC AIR-CONDITIONING LOAD OF THE TOP FLOOR BUILDING BY ADOPTING PCM OR INSULATION MATERIAL
相变材料和隔热材料降低顶层房间空调能耗效果之比较分析
15.
They exhausted the funds in a week.
他们一周内耗尽了资金。
16.
Plusbig waste is in adjectives.
形容词的耗费相当之大
17.
The Changes of Eye-associated Structures in Intracranial Hypertension Patients: MRI Study;
颅内压增高眼相关结构变化的MRI研究
18.
Research on Heat and Mass Transfer in the Process of Phase Change of Porous Media;
多孔介质内的相变传热传质过程研究