Commission and Failure Analysis on Boiler Feeder System in Yellow Straw-based Generation

1、

Study on Flowing Mechanism of Boiler Header Stub

锅炉集箱支管流动机理探讨

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2、

Stress Analysis and Strength Evaluation for Heat Rotary Pressing Head of Boiler Header by Free Body Method

用自由体法进行锅炉集箱热旋压封头的应力分析与强度评定

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3、

Expert System for Ultrasonic Testing of Fillet Weld on Boiler Header

联箱管座角焊缝超声检测专家系统的开发

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4、

Design of Control System for Boiler Header Nipple Welding Robot

锅炉集箱管座焊接机器人控制系统设计

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5、

Research of CO_2 Gas Shielded Welding in Manufacture of Boiler Header

锅炉集箱制造过程中使用CO2气体保护焊初探

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6、

Approach of a Boiler Header Crack Formation Reason

一起锅炉联箱裂缝的形成条件探讨

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7、

A formula for calculating CO 2 emission for fossil fuelled boilers was derived in this paper. This formula relates CO 2 emission from boilers to boiler effective heat output, boiler efficiency, fuel quality and boiler heat losses.

文章导出了锅炉二氧化碳排放量的计算公式，揭示了锅炉二氧化碳排放量与锅炉有效热量、锅炉效率、燃料品质、锅炉热损失之间的数量关系。

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8、

Deliberations and Recommendations Concerning Current Formulation of Boiler Exhaust Gas Heat Losses

锅炉排烟热损失现行公式的分析和建议

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9、

Technical Renovation for 400t/ h Boiler Output Recovery of Laiwu Power Plant

莱芜发电厂400t/h锅炉恢复出力的技术改造

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10、

The success of technical modification made a remarkable increase of boiler output power and stability.

锅炉技改方案的成功实施使锅炉出力和运行稳定性得到显著提高。

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11、

By analyzing the grid side disturbance to force unit resonance theory, we found the method to restrain the resonance; and analysis the reason why the grid side disturbance can cause the boiler output oscillation.

本文通过分析电网侧扰动引起的机组强迫共振的原因，提出了共振抑制策略；并分析了电网侧扰动引起锅炉出力超低频振荡的原因。

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12、

The experimental results indicate that underfeed is safe and reliable. Boiler output is raised to 44% over designed value, and boiler efficiency is also increased more than 1o%.

技改后的测试结果表明，底饲过程安全可靠，技改效果非常明显，锅炉出力超出原设计值44%，锅炉效率也提高了10%以上。

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13、

To cope with the problems revealed in operation of home designed and manufactured large CFB boilers and based on the actual situation, the conditions and the problems of boiler proper are analyzed, and the measures for improving and perfecting are also discussed.

针对国内设计制造生产的大型循环流化床锅炉运行中暴露出的问题，结合现场实际情况，对锅炉本体设备的整体状况和存在的问题及完善措施进行了分析总结。

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14、

Through numeric value simulation of transition flue duct between outlet of the gas turbine and inlet of the boiler proper, the velocity distribution in outlet flue duct with upper surface plate of different elevation angle has been obtained.

通过对燃气轮机出口与锅炉本体进口之间过渡烟道的数值模拟，得出不同仰角上面板烟道出口的速度分布。

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15、

The design structure of pressure vessel, suspension of boiler proper. strengthen of local load area on shell, FEA calculation and manufacture of 60 t/ h PFBC are described in the paper.

介绍了60t／h增压流化床锅炉压力壳的设计结构、锅炉本体的悬吊方法、壳体上局部载荷区的加强、有限元应力计算以及制造工艺特点。

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16、

A probe on Water Pressure Test of Boiler Proper for 600 MW Fossil-fired Power Plant

600MW火力发电厂锅炉本体水压试验探讨

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17、

Differences and Selection of Hydrostatic Test Standards for Utility Boiler Proper

电站锅炉本体水压试验标准的区别和选择

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18、

Any additional area not covered by the datasheet but within the boiler proper and necessary for the application shall be included.

数据表尚未包括的额外区域，但属于锅炉本体部分并且需要保温的部分应该包括。

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19、

Drum is an important part of the boiler proper.

汽包是锅炉本体的重要部分。

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20、

To see its semantic meaning one has to create a compilation.

想要看到它的语义内容，我们需要创建编译集（compilation）。

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