pulse combustion

The model considered the influences of the mode of reactants supply, the chemical reaction in the combustion chamber, radiation and convection heat loss of the combustion chamber wall, as well as fluid density changes in the tailpipe on stable operation of pulse combustion.

该模型考虑了反应物的供给方式、燃烧室内的化学反应、燃烧室壁面辐射与对流传热损失以及尾管内流体的密度变化对脉动燃烧稳定运行的影响。

The minimum time of pulse combustion is determined by the FLUENT simulation of the thermal processes in the furnace chamber of XR-II.

利用FLUENT软件，通过对XR-II炉内热工过程进行模拟，确定了最短脉冲燃烧时间。

Application of pulse combustion technology covers heating boiler, chemical decomposition and synthesis, calcinations of lime and cement.

脉动燃烧技术的应用范围涉及锅炉采暖、化工分解与合成、石灰水泥煅烧等工业生产。

A Review of Study and Application of Thermoacoustic Exchange and Pulse Combustion Technology

热声转换和脉动燃烧技术研究现状及其应用

It can obtain the accurate time series of pulse flame temperature.3.Making the chaos test on pulse combustion time series of flame temperature by the largest Lyapunov exponent method, and using improved algorithm of the small amount of data method to c implement chaos detection.

运用最大Lyapunov指数法对脉动燃烧火焰温度时间序列的进行了混沌检测，并采用小数据量改进算法来具体实现检测。

An ash blowing technology of combustion gas and pulse is used to solve this problem, which ensures CO boiler having a long term operation.

采取燃气脉冲吹灰技术等有针对性的措施，较好地解决了这一难题，保证了CO锅炉长周期生产。

Design and Test of Gas-fired Pulse Combustion Boiler

脉冲燃烧燃气锅炉的设计与测试

Based on the characteristics of pulse combustion and actual situation that air gas flow can not be measured accurately, pulse combustion furnace temperature discrete optimization model and air gas pressure control model.

基于脉冲式燃烧的特点和空煤气流量无法准确测得的现实情况给出了脉冲燃烧炉温控制离散化优化模型和空煤压力控制模型。

The implementation of the pulse combustion furnace temperature discretized optimization model cleans up the influence of reversing control to combustion process, while ensuring a uniform temperature field under different conditions.

通过脉冲式燃烧炉温控制离散化优化模型的实施，解决了换向控制对燃烧过程的影响，同时保证了不同工况下温度场均布。

The temperature and concentration distribution in the aluminiferous solid fuel combustion are measured by BOXCARS with single laser pulse.

介绍了用单脉冲BOXCARS技术测量含铝固体燃剂燃烧场的温度及氮气的浓度。