1.
Fuzzy-random Assessment Method of Equipment Sensitivity to Voltage Sags
敏感设备电压暂降敏感度的模糊随机评估
2.
Integrated Uncertain Evaluation Method of Equipment Sensitivity to Voltage Sag
敏感设备电压凹陷敏感度综合评估方法的研究
3.
Sensitivity Evaluation of Sensitive Equipment Based on Fuzzy Theory Due to Voltage Sags
敏感设备电压暂降敏感度模糊评估方法
4.
A Stochastic-Fuzzy Assessment Method for Voltage Sag Sensitivity of Sensitive Equipment
敏感设备电压凹陷敏感度的随机-模糊评估方法
5.
New Method for Estimating Influence Degree of Sensitive Equipment to Voltage Sag
一种电压暂降对敏感设备影响程度评估的新方法
6.
Power system equipment and loads which are more sensitive to harmonics.
电力系统设备和负荷对谐波更为敏感。
7.
The Design, Preparation and Sensing Characteristics of Humidity and Gas Sensitive Materials Based on Polymer and Polymer Composites;
高分子及其复合湿敏、气敏材料的设计、制备和敏感特性
8.
Research on the Susceptibility of Typical Electrical Devices to Supply Voltage Sags;
典型电气设备对电压暂降的敏感度问题研究
9.
DESIGN AND FABRICATION OF INFRARED HOLLOW FIBERS FOR SPECTROSCOPIC GAS SENSING
吸收式气敏传感空芯光纤的设计和制备
10.
Study of Insensitive High Energy Propellants Formulation Design and Raw Materials Synthesize;
低敏感高能发射药配方设计及相关材料制备研究
11.
New Method of Star Sensor's Calibration without Device
一种非设备方式对星敏感器进行精度标定的新方法
12.
Study of Preparation and Properties of Tin Oxide Gas Sensing Materials
SnO_2气敏材料及元件的制备和敏感性能研究
13.
Of particular concern are size and clarity of display, ease of input and control, and sensitivity to context.
设计手持设备要特别关注外形尺寸、显示的清晰度、输入和控制的难易，以及对于情境的敏感度。
14.
The results show that the steel has low weld cold crack sensitivity.
结果表明,该钢具备低的冷裂纹敏感性。
15.
Study on pH Responsive Membrane by Sequential Photoinduced Living Graft Polymerization;
两步光接枝法制备pH敏感膜的研究
16.
Study on the Preparation and Gas Sensing Properties of Volatile Organic Compounds (VOCs) Sensors;
VOCs气敏传感器的制备及性能研究
17.
Preparation of Uniform Polystyrene Particles with Environmental Responses Macromolecular Brushes by RAFT Technology;
RAFT技术制备环境敏感型高分子刷
18.
Gas Sensitivity of PEDOT Nanotube Fabricated by a Template Synthesis Method
多孔模板法制备PEDOT气体敏感性的研究