冷却液温度是柴油机起动过程中影响失火与燃烧不稳定性的重要因素。
Coolant temperature is a key parameter affecting misfire and instability of diesel engine combustion during start.
还讨论了苯浓度，表观气速及冷却液温度对床层热点的位置与数值的影响。
In this paper the effects of benzene concentration, superficial velocity and the temperature of cooling medium...
影响被充电的冷冻剂的水平的冷却液温度和压力必须周期性地处理和记录。
Refrigerant temperature and pressure that affect the level of refrigerant charged must be periodically managed and recorded.
很像一个典型的引擎管理系统中的冷却液温度电路，它使用了2个串联的电阻。
Much like the coolant temperature circuit on a typical engine management system, this USES 2 resistances in series.
分析了内燃机冷却液温度异常的危害、产生的原因，并提出了相应的处理方法。
Analyzed the damages and reasons of internal combustion engine coolant temperature out of the way, correspond to that put forward the measures.
检测发动机冷却液温度，判断发动机的热状态，并将温度信号变换为电信号传送给电脑ecu。
To test the temperature of the cooling fluid in the engine, and judge the heat condition of the engine, and then change the temperature signal into electrical signal to pass to computer ECU.
温度在很长一段时间内保持在零还要求业主必须检查冷却液液位是正常的，如果发现冷却液水平低于线下，应及时补充道。
Temperature in a very long period of time to maintain the owner must check the coolant level is normal, if you find that the level of the cooling fluid is below the line, should be added in time.
工作辊与冷却液之间对流换热系数的确定是轧辊温度场分析的难点。
It is usually difficulty to obtain film coefficients between the working roll and the coolant fluid as we solve the temperature field of the roll.
在解析磨削温度时，考虑了冷却液的影响。
Taking account of the influence of coolant, an analytic solution is given for grinding temperature.
为了防止冷却液在冬季结冰，失效，现代发动机基本上使用长效防冻液，防冻液和冷却液的功用都是调节的温度。
In order to prevent the cooling fluid freezes in the winter, failure to use modern engines are basically long-term antifreeze, antifreeze and coolant temperature function are regulated.
为了防止冷却液在冬季结冰，失效，现代发动机基本上使用长效防冻液，防冻液和冷却液的功用都是调节的温度。
In order to prevent the cooling fluid freezes in the winter, failure to use modern engines are basically long-term antifreeze, antifreeze and coolant temperature function are regulated.
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