实际应用结果表明该系统工作准确可靠，有效地降低了空气预热器的漏风率，为机组的安全满负荷运行提供有力保证。
The practical results show that the proposed control system to can reliable to work and effectively reduce the air leakage ratio, thus guaranteeing the safe and normal running of the units.
在负荷特性工况运行时，混合燃料发动机的有效燃料消耗率和有效热效率与汽油机基本相当；
Under the load characteristic of operation, the brake specific fuel consumption and effective thermal efficiency is almost similar to that of gasoline engine.
利用生产现场收集的大量工业运行数据进行仿真实验，结果表明模型能有效实现对气流干燥后精矿含水率的软测量。
Simulation results of the data from the practical production process show that the model can effectively sense the water content in the pneumatic drying process.
在实际运行中，通过所建模型对反应器中的气含率和液体运动速率进行有效调控，可实现反应器的高效稳定运行。
During the operation, the gas holdup and liquid movement velocity could be regulated and controlled using the models to keep the reactor in high-efficiency and steady state.
双泵并联灌溉系统的有效度不仅与机组故障率和修复率有关，而且与系统的运行方式及维修方式有关。
The efficiency of a parallel connection double-pump irrigation System is not only related to the break - down and recovery frequency but also to the operation and maintenance fashion of the System.
仿真结果显示，在正常负载率区间下，新的调度策略有效的降低了任务拒绝率，而运行开销在可接受范围内。
Simulation result shows that under normal system load range, the proposed strategy reduces the task rejection rate effectively while keeping runtime overhead manageable.
实验表明，该系统操作方便，运行可靠，能有效改善管道焊接质量和提高焊接生产率，具有重要的工程应用前景。
The experiment shows that this system is reliable and convenient. It can improve the pipelines welding quality and production efficiency, and it has widely application prospect.
分析了射阳港发电有限公司二期湿法烟气脱硫系统影响石膏浆液循环泵电耗的因素，提出了有效的石膏浆液循环泵运行优化方法，降低了脱硫系统的厂用电率。
The effect of gas desulfurization system on gypsum slurry circulating pump is analyzed in the paper to provide effective optimization methods aiming at lower service power consumption rate.
它为生产车间的生产管理，设备运行监测提供了及时、准确的数据资料与依据，并且在提高产量，降低消耗，减少废品率，提高设备有效作业率等方面起到了积极的促进作用。
At the same time it is helpful to yield increasing, material consuming reduction, the reduction of the rate of defective products and the improving of operation rate of equipment.
它为生产车间的生产管理，设备运行监测提供了及时、准确的数据资料与依据，并且在提高产量，降低消耗，减少废品率，提高设备有效作业率等方面起到了积极的促进作用。
At the same time it is helpful to yield increasing, material consuming reduction, the reduction of the rate of defective products and the improving of operation rate of equipment.
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