anthracite coal

美 [ˈænθrəsaɪt koʊl]英 [ˈænθrəsaɪt kəʊl]
  • 网络无烟煤
anthracite coalanthracite coal

noun

1
a hard natural coal that burns slowly and gives intense heat
Synonym: anthracite hard coal

数据来源:WordNet

  1. Experimental Study of the Combustion Characteristics of Anthracite Coal Mixed with MSW

    生活垃圾掺烧无烟煤燃烧特性热重实验分析

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

    用X射线衍射法研究无烟煤的石墨化转变

  3. Control on Stability of Combustion of Anthracite Coal Fired Boiler

    燃烧无烟煤锅炉稳定燃烧的治理

  4. Is a professional production of anthracite coal sales of the manufacturers .

    是一家专业生产销售烟煤无烟煤的厂家。

  5. Research on NO and SO2 Release During the Combustion of Anthracite Coal

    无烟煤恒温燃烧过程中NO和SO2瞬态释放特性研究

  6. Cement Production Experience on 100 % Anthracite Coal Firing

    燃100%无烟煤水泥熟料生产线的达标达产

  7. The technical reformation and practice of dewatering process of washed fine anthracite coal

    无烟洗粉煤脱水工艺技术改造及实践

  8. Anthracite coal : resources and market outlook

    无烟煤资源与市场展望

  9. Experimental Study on Characteristics of NO_x Emission from Anthracite Coal and Blended Coals Combustion

    无烟煤混煤燃烧氮氧化物排放特性的试验研究

  10. Study on Relations between the Heat Productivity of Yangquan Anthracite Coal with Carbon and Hydrogen Data

    阳泉无烟煤发热量与碳、氢关系的研究

  11. Research on anthracite coal to prepare excellent foundry briquette coke

    用无烟煤制备优质铸造型焦的研究

  12. 100 % Anthracite Coal Firing in 2000t / d Production Line

    2000t/d生产线100%使用无烟煤

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

    影响福建无烟煤在CFB锅炉中燃尽的若干因素

  14. Analyses of Corner Tangential Firing Anthracite Coal Design

    四角切圆燃烧无烟煤锅炉设计浅析

  15. The performance of soft coal and anthracite coal is different , and it will affect the furnace condition .

    无烟煤和烟煤的性能差别很大,大量喷煤对炉况的影响因煤种不同而不同。

  16. Low Circulating Ratio CFB Burning Anthracite Coal

    燃无烟煤低倍率循环流化床锅炉

  17. The combustion characteristics of stone coal are similar to anthracite coal and worse than anthracite .

    石煤的燃烧特性与无烟煤相近,但比无烟煤差。

  18. A Study of the Features of a Novel Vortex Arch Suited for the Combustion of Anthracite Coal

    适用于无烟煤燃烧的新型涡流拱特性的研究

  19. The dependence of temperature to the adsorption of methane on anthracite coal and its char

    温度对煤和炭吸附甲烷的影响

  20. Studyes the influence of the strength of cold state and hot function on the anthracite coal increased the deal .

    研究了无烟煤添加量对焦炭冷态强度和热性能的影响。

  21. Due to a series of advantages , CFB Boilers combusting anthracite coal starts to widely spread .

    由于循环流化床燃烧方式具有一系列优点,循环流化床燃烧无烟煤开始逐渐普及。

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

    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。

  23. The Modification of a 75 t / h Bituminous Coal fired Boiler for Adaptation to Burning Anthracite Coal

    75t/h烟煤锅炉改烧无烟煤

  24. Hon Gai in Vietnam produces anthracite coal , the materials below for reference only .

    越南鸿基产无烟煤,现提供下列资料仅供参考。

  25. The influences of pressure on the carbonization and activation of activated carbon from Taixi anthracite coal were investigated .

    研究了反应压力对太西无烟煤制备活性炭的炭化和活化过程的影响。

  26. Fabrication of carbon nanofibres and bamboo-shaped carbon nanotubes with open ends from anthracite coal by arc discharge

    电弧放电法制备煤基炭纳米纤维及开口竹节状碳纳米管

  27. The analysis results of bituminous coal and lean coal are same , but there are some differences with analysis results of anthracite coal in low temperature .

    烟煤与贫煤的分析结果一致,而无烟煤的分析结果在低温时存在差异。

  28. A study on anthracite coal lump ratio loss and countermeasures ( 3 ) the rate of minable cubic rubble ;

    无烟煤块率的损失及对策研究②块度:③荒料率;

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

  30. The effective of the reduction is better when the microwave power is larger and the end temperature is higher . Increasing anthracite coal could not influence reduction obviously .

    微波功率越大,升温终点温度越高,氧化球团的还原效果越好;无烟煤的碳铁比增加对还原的影响并不明显。