1.
temperature-hysteresis effect of standard cel
标准电池温度滞后效应
2.
NOTE: THE BATTERY TEMP SENSOR AND AMBIENT TEMP SENSOR ARE ONE IN THE SAME.
注意：电池温度和周围温度感知器都是统一的。
3.
Model Predictive Control of PEMFC Temperature Model
质子交换膜燃料电池温度的MPC控制
4.
Battery temperature sensor input voltage below an acceptable range.
电池温度感知器输入电压低于可接受范围。
5.
USING AN OHMMETER, MEASURE THE BATTERY TEMP SENSOR SIGNAL CKT.
使用欧姆计,测量电池温度感知器信号电路。＊＊
6.
Design of GUI for fuel cell temperature monitor system based on ARM and Linux
基于ARM/Linux的燃料电池温度监控系统GUI设计
7.
Numerical Analysis on the Temperature Field and Structural Influence of Nickel-hydrogen Battery
镍氢电池温度场及其结构影响的数值分析
8.
BATTERY TEMP SENSOR SIGNAL AND SENSOR GROUND CKTS FOR RESISTANCE.
电池温度感知器信号和感知器接地电路Ｓ的电阻。
9.
REPAIR THE BATTERY TEMP SENSOR SIGNAL CKT FOR A SHORT TO THE SENSOR GROUND CIRCUIT.
修理电池温度感知器信号电路的局部对感知器接地电路短路问题。＊
10.
Temperature of the battery will be rise after charging or using.
电池充电以后或使用过后,温度会升高。
11.
The EMF-Temperature Hysteresis Effect of High Precision Saturated Standard Cell
高精密饱和标准电池电动势-温度滞后效应
12.
Design of distributed monitoring system for accumulator voltage/temperature based on MC9S08QG8
基于MC9S08QG8的蓄电池电压/温度分布式监测系统设计
13.
The Effect of Temperature and Methanol Concentration on the Performance of a Direct Methanol Fuel Cell;
温度和浓度对直接甲醇燃料电池性能的影响
14.
The advance of temperature may shorten activation time of water-activated battery.
而温度升高可以缩短水电池的激活时间。
15.
EFFECTS OF VACUUM AND TEMPERATURE ENVIRONMENT ON DEPLOYMENT OF SATELLITE SOLAR WING PANEL
真空和温度对卫星太阳电池翼板展开的影响
16.
Simulation of Temperature Distribution in Proton Exchange Membrane Fuel Cell;
质子交换膜燃料电池中温度分布的模拟
17.
The Numerical Simulation for Temperature Field of MCFC Stack;
熔融碳酸盐燃料电池堆温度场的数值模拟
18.
Bonding Robot of Space Solar Cell Based on the Temperature Control
基于温度控制的空间太阳电池自动封装机器人