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Combustion Optimization Using Laser-based Sensor Realizes 30 NO{sub}x Reduction

机译：使用基于激光的传感器的燃烧优化实现了30％No {Sub} x减少

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For the first time, we have demonstrated long-term operation of a robust, laser-based sensor that measures combustion parameters allowing real-time feedback to optimize boiler operation. The sensor system measures H{sub}2O, CO, CO{sub}2, O{sub}2 and temperature simultaneously over 15 independent laser beam paths in succession. The system architecture is depicted in Figure 1. Figure 2 shows the system control rack.

机译：我们首次展示了基于强大的激光的传感器的长期操作，测量燃烧参数，允许实时反馈优化锅炉操作。传感器系统在连续的15个独立激光束路径上同时测量H {SUB} 2O，CO，CO，CO {SUB} 2，o {SUB} 2和温度。系统架构如图1所示。图2显示了系统控制机架。

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《COAL-GEN》|2006年||共9页
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Andrew Sappey; Jim Howell; Patrick McCormick; Robert Sutherland; Henrik Hofvander; Bob Burbage;
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中图分类 TM611-53;
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4. Combustion Optimization Using Laser-based Sensor Realizes 30 NO{sub}x Reduction [C] . Andrew Sappey, Jim Howell, Patrick McCormick, COAL-GEN . 2006

机译：使用基于激光的传感器的燃烧优化实现了30％No {Sub} x减少
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8. Second-generation pressurized fluidized bed combustion plant: Conceptual design and optimization of a second-generation PFB combustion plant. Annual report, October 1, 1991--September 30, 1992 [R] . Robertson, A., Domeracki, W., Newby, R., 1992

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Combustion Optimization Using Laser-based Sensor Realizes 30 NO{sub}x Reduction

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