无烟煤

用X射线衍射法研究无烟煤的石墨化转变

Research on graphitization conversion of anthracite coal with X-ray diffraction method

简介W火焰锅炉适应于无烟煤燃烧的结构特点。

The structure of W flame boiler suitable for anthracite is introduced .

无烟煤锅炉NOx的排放规律

Research on the Emission of NO_X in Anthracite-Fired Boiler

煅烧无烟煤的X射线衍射研究

Study on calcined anthracite by X ray diffraction technique

W火焰锅炉燃用劣质无烟煤的稳燃技术

Technical Research on Stable Combustion of the Lambskin-fired W-flame Boilers

无烟煤与贫煤混煤燃烧和NOx排放特性的实验研究

Experimental Research on the Burning of Anthracite Mixed with Lean Coal and Its NOx Emission Characteristics

对无烟煤锅炉NOx的排放规律进行了详细研究。

The emission of NO_X in anthracite-fired boiler was studied in detail .

Fe2O3催化无烟煤燃烧燃点降低机理的实验研究

Experimental study on mechanism of lowering ignition temperature of anthracite combustion catalyzed by Fe_2O_3

循环流化床锅炉燃烧福建无烟煤炉内脱硫对锅炉热效率及烟气中NOX排放的影响

Influence of Combustion Desulphurization on NO_X Emission and Thermal Efficiency of Circulation Fluidized Bed Boiler for Fujian Anthracite

W火焰双拱燃烧锅炉燃用无烟煤燃尽率低的原因分析

Cause analysis of lower burn-up ratio in anthracite firing boilers with W-shaped flame and twin-arch combustion

影响福建无烟煤在CFB锅炉中燃尽的若干因素

Factors Influencing the Burn-Out Rate of Fujian Anthracite Coal in CFB Boilers

对燃用韶关地区劣质难燃无烟煤的W火焰锅炉来说，长时间稳定燃烧是个较大的技术难题。

Long-time stable combustion is a big technical problem for W-flame boilers , which fire lambskin from Shaoguan District .

无烟煤的或似无烟煤的。直吹式制粉系统W型火焰锅炉无烟煤混煤掺烧优化试验研究

Experimental research on the optimization of blended coal combustion with anthracite for W flame boiler with direct-blow coal pulverizing system

燃烧福建无烟煤CFB锅炉炉内脱硫及脱硫灰渣利用技术的研究

Study on the Desulphurization and Utilization of Ashes Form CFB Boiler Combustion Fujian Anthracite

燃用福建无烟煤的CFB锅炉优化燃烧

Optimize Burning on CFB Boiler Fired Fujian Anthracite

贫燃型汽车尾气NOx的催化净化无烟煤与贫煤掺烧氮氧化物生成规律的研究

Catalytic removal of nitrogen oxides for the lean-burn automobile exhaust Study on Laws of NO_x Emission During Combustion of Anthracite Blended with Lean Coal

W型火焰锅炉燃用低挥发份无烟煤的试验研究燃烧无烟煤的循环流化床动态仿真模型研究

Study on Characteristics of Low-Grade Anthracite Coal Combustion in W-Shaped Boiler Furnaces Research on Dynamic Model of CFB Combusting Anthracite Coal

降低燃用福建无烟煤CFB锅炉飞灰可燃物含量的措施

Measures for Reducing the Combustible Flying Ash in Circulating Fluidized Bed Boiler Burning Fujian Anthracite

尤其是针对无烟煤，采用离线型CDC分解炉更为合理。

To anthracite , adopting off-line type CDC calciner is more reasonable .

用X射线衍射、扫描电镜表征了掺杂态无烟煤的结构和物相。

At the same time , morphology structure and phase composition of the doping anthracites are characterized by X-ray diffraction analysis and Scanning electron microscope .

颗粒停留时间对福建无烟煤在CFB锅炉中燃尽的影响

Influence of Particles ' Lingering Time on the Burn-off Rate of Fujian Anthracite in CFB Boilers

与国外燃用无烟煤常用的W型火焰锅炉相比，该型锅炉具有钢材耗量少、NOx排放量低等优点。

Such boilers with a tangential firing system enjoy the advantages of low steel consumption , low NOx emission , etc.

W火焰锅炉因具有着火条件好、火焰行程长、煤粉燃尽率高等特点，是目前燃用无烟煤的主要炉型。

Down-fired boiler is the main furnace burning anthracite , owing to good fire conditions , longer flame journeys , fuel and air classification .

镇雄600MW超临界锅炉W火焰无烟煤燃烧系统的设计和开发

Design and development of W-flame blind coal combustion system for Zhenxiong 600 MW supercritical boiler

试论低挥发分燃煤电厂NOx排放物的达标难度和前景几种典型低挥发份无烟煤燃烧燃烬特性研究

Difficulty and Prospect of NO x Emission Reach a Set Standard in Low Volatile Matter Coal Fired Power Plant A Study of Burn-off Characteristics of Several Typical Low Volatile Anthracites

W火焰锅炉因其火焰行程长、炉内的高温烟气向火焰根部回流而被广泛应用于无烟煤和贫煤的燃烧。

Down-fired boilers are widely applied for burning anthracite and lean coal owing to the long distance of flame penetration and large amounts of recirculation flue gas .

飞灰回燃对燃烧福建无烟煤CFB锅炉运行影响的研究

An Investigation of the Impact of Fly-ash Reburning on the Operation of an Anthracite-firing CFB ( Circulating Fluidized Bed ) Boiler

煤质特性和锅炉运行工况是影响福建无烟煤在CFB锅炉中燃尽的主要因素。

Coal quality and the boiler 's operational condition are the main factors that influence the burn-out rate of Fujian anthracite coal .

结果表明，不同燃料造成的室内空气污染对COPD及其症状和最大呼气流速的作用顺序依次为有烟煤>无烟煤>柴。

The proper order of different fuels creating indoor air pollution on COPD and its symptoms and PEF was smoky coal > smokeless coal > wood .

氧化性气氛下，温度的提高会促进烟煤焦炭燃料N的转化，而对无烟煤焦炭则基本无影响；还原性气氛下，温度的提高均会遏制燃料N的转化。

In oxidizing atmosphere , as temperature increases , the bituminous char-N conversion increases . However , it has little influence on the anthracite char-N conversion . In reducing atmosphere , temperature increasing suppresses the fuel nitrogen conversion .