Distribution of the Trace Elements As, Cu, Ni, Be, and Sb in the Combustion Products of Near-Moscow Coals

E. V. Samuilov; L. N. Lebedeva; M. V. Faminskaya; L. S. Pokrovskaya

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Distribution of the Trace Elements As, Cu, Ni, Be, and Sb in the Combustion Products of Near-Moscow Coals

机译：近莫斯科煤燃烧产物中微量元素As，Cu，Ni，Be和Sb的分布

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The distribution processes of the trace elements As, Cu, Ni, Be, and Sb as the constituents of near-Moscow coal in the flow of coal combustion products with the excess oxidant (air) ratio α = 1.25 along the line of the P-59 boiler at the Ryazanskaya Thermal Power Plant was studied by simulation. The model proposed previously for the conversion of trace elements in the combustion of near-Moscow coals based on a complex approach combining the capabilities of geochemistry, chemical thermodynamics, phase analysis, and chemical kinetics was used with consideration for experimental data.

机译：在氧化剂（空气）过量比α= 1.25的煤燃烧产物流中，作为近莫斯科煤组成的微量元素As，Cu，Ni，Be和Sb沿P-线分布。通过仿真研究了梁赞斯卡亚热电厂的59台锅炉。考虑到实验数据，使用了以前提出的基于复杂方法的近莫斯科煤燃烧中微量元素转化的模型，该方法结合了地球化学，化学热力学，相分析和化学动力学的能力。

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《Solid Fuel Chemistry》 |2010年第1期|p.40-49|共10页
作者
E. V. Samuilov; L. N. Lebedeva; M. V. Faminskaya; L. S. Pokrovskaya;
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OAO Power Engineering Institute, Leninskii pr. 19, Moscow, 117927 Russia;

rnInstitute for Fossil Fuels, Leninskii pr. 29, Moscow, 119991 Russia;

OAO Power Engineering Institute, Leninskii pr. 19, Moscow, 117927 Russia;

rnOAO Power Engineering Institute, Leninskii pr. 19, Moscow, 117927 Russia;

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Distribution of the Trace Elements As, Cu, Ni, Be, and Sb in the Combustion Products of Near-Moscow Coals

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