1.
Research and Design of a Battery Energy Characteristics-based Routing Protocol in Wireless Sensor Networks;
无线传感器网络中一种基于电池能量特性路由协议的研究与设计
2.
Influences of H_2S Content and Flowrate on Performance of Fuel Cells
H_2S含量及流量对燃料电池性能的影响
3.
EFFECT OF DIFFERENT LIGHTS ON THE EXPERIMENT SEARCHING INTO BASIC CHARACTERISTICS OF SOLAR CELLS;
光源对于太阳能电池基本特性测量实验影响的研究
4.
The Study on Detection Technology of UPS System
大容量UPS电池组性能检测技术研究
5.
Light Intensity Performance Comparison between Silicon Photoelectric Generator and CCD
硅光电池与电荷耦合器件测量光强性能比较
6.
Study of Defects in Proton Irradiated GaAs/AlGaAs Solar Cells
质子辐照GaAs/AlGaAs太阳能电池电学特性研究
7.
Capacity characteristics of power lead-acid and LiFePO_4 Li-ion batteries
动力型铅酸及LiFePO_4锂离子电池的容量特性
8.
The Research on the Experiment on Solar Cell Output Features by Using Voltmeter-Ammeter Method
对伏安法测量太阳电池输出特性实验的研究
9.
Performance and mass transfer characteristics of an air-breathing DMFC
自呼吸式直接甲醇燃料电池性能及其传质特性
10.
Simulate and Study on Single-tank Flow Condition and Mixing Power Optimizing Configuration;
单池流态特性研究与模拟及混合能量配置优化
11.
Research on cycle performance and capacity fading of lithium-ion secondary batteries
锂二次电池的高温循环性能及其容量损失
12.
Effects of intelligent formation on the capacity uniformity of Ni-MH batteries
智能化成对MH-Ni电池容量一致性的影响
13.
Preparation and Characterization of CdS Thin Films for CdS/CdTe Solar Cells;
CdS/CdTe太阳能电池中CdS薄膜的制备及其特性研究
14.
Research on Improving the Performance of the Bulk Heterojunction Organic Solar Cells
提高体异质结有机太阳能电池特性的研究
15.
The Hydraulic and Energy Dissipation Characteristics about the Stilling Basin with a Medium Bank for Small Hydraulics
小水电中坎消力池水力及消能特性研究
16.
Output characteristics of photovoltaic cell based on EMTP/ATP model
太阳能电池的仿真模型设计和输出特性研究
17.
Ultracapacitor is a excellent storing energy element which storing energy characteristic was between the general capacitor and storage battery.
超级电容器是贮能特性介于普通电容器和蓄电池之间的贮能元件。
18.
Unlike batteries, which simply store energy, fuel cells actually generate it from volatile stuff such as hydrogen or methanol.
与仅可储存电量的普通电池不同，燃料电池可以通过诸如氢、烷等挥发性物体产生电能。