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- Simulation of gas temperature decay in spark gap switch 高压火花隙开关中气体冷却的数值模拟
- Gas temperature decay 气体冷却
- It relied on exhaust gas temperature (EGT). 就靠排气的温度，看到的都是单线和双线的氧传感器。
- The major factors is excess air and flue gas temperature. 影响注汽锅炉运行热效率的主要因素是排烟温度和空气系数,测算分析表明,大部分注汽锅炉二者均超标。
- However, for certain temperaturesensitive materials the inlet gas temperature must be lowered. 但是，对于某些温度敏感的材料，进入的气体温度必须降低。
- However, for certain temperature sensitive materials the inlet gas temperature must be lowered. 但是,对于某些温度敏感的材料,进入的气体温度必须降低。
- This paper ensures the math model of gas temperature of cement decomposing furnace exit by analyzing its character. 摘要通过对水泥分解炉的特性进行分析，确定了出口气体温度的数学模型。
- The network was compared with recurrent neural network (RNN) by predicting exhaust gas temperature (EGT). 分别利用递归神经网络和双隐层过程神经网络对发动机排气温度裕度进行仿真预测。
- The influent of the exhaust gas temperature and inlet air temperature to PGT10 gas turbine is presented. 介绍了出口乏气温度、入口空气温度对PGT10燃气透平的影响;
- The waste gas temperature and convulsion negativepressure are main craft parameter agglutinates of the end-point. 废气温度和抽风负压是烧结终点控制的主要工艺参数。
- Thereby, the efficiency would enhance while the flue gas temperature in back-end ductwork is appropriately chosen. 较低的尾部烟气温度有利于提高SO2溶解度，从而提高灰浆脱硫的能力。
- The magnitude of the turbulence then follows directly from the observed line with if the nebular gas temperature is known. 如果已知星云气体的温度，则湍流的大小可直接从观测的谱线宽度得出。
- The rising position of gas temperature was stabled by adjusting pallet speed, and the short-term control was carried out. 短期控制通过调整机速，稳定废气温度上升点实现。
- The distributions of gas temperature, O2, CO2, CO, and NO concentrations were measured under different swirl numbers for the primary air. 测量了在不同的一次风旋流数下,气体的时均温度、O2、CO2、CO和NO浓度的分布。
- Critical shutdowns include a high discharge gas temperature switch, low oil pressure switch, and a high discharge gas pressure switch (final stage). 机组配有多重保护功能，包含排气温度高停机，低油压停机，末级排气压力高停机。
- Establishes the control system with BP neural network, keeps the exit gas temperature in specified range by controlling the coal and wind quantity. 用BP神经网络建立水泥分解炉的控制系统，通过控制煤量和风量来使出口气体的温度保持在规定的范围内。
- Overview: This artide simply describe influence to boiler efficiency because of exhaust gas temperature and to coal kinds, load. 本文简单论述了排烟温度对锅炉效率的影响，以及负荷、煤种对排烟温度的影响。
- The N-S (Navier-Stokes) equations of the plasma jet were solved to calculate the gas temperature, velocity and oxygen entrainment. 三维模型通过求解等离子射流的N-S方程得出混合气体的温度、速度和氧气浓度等的分布，其中考虑了粒子与等离子射流的相互作用。
- The gas temperature and the normalized mass burning rate were calculated based on a two-zone model and the recorded pressure data. 基于容弹计算的准维双区模型和实测的燃烧压力数据，计算了燃烧温度及规范化质量燃烧速率。
- Critical shutdowns include a high discharge gas temperature switch, low oil pressure switch, a high discharge gas pressure switch (final stage). 机组配有多重保护功能，包含排气温度高停机，低油压停机，末级排气压力高停机。
