煤的綜合利用 的英文怎麼說

中文拼音 [méidezōnggělìyòng]
煤的綜合利用 英文
coalplex
  • 煤 : 名詞（黑色固體礦物） coal
  • 的 : 4次方是 The fourth power of 2 is direction
  • 綜 : 綜名詞[紡織] （織布機上使 經線交錯著上下分開以便梭子通過的裝置; 綜片） heddle; heald
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 用 : Ⅰ動詞1 （使用） use; employ; apply 2 （多用於否定: 需要） need 3 （敬辭: 吃; 喝） eat; drink Ⅱ名...
  • 綜合 : 1 （歸在一起; 聯合成一個統一的整體） synthesize 2 （不同種類、不同性質的事物組合在一起） syntheti...
  1. Recently, using solid clay brick is gradually prohibited, so the new wall material is required to fill up the new architecture. many sections research on this field, using fly ash to develop new building materials is the mostly adopted method, among the new building materials, fly ash foamed concrete is a noticeable one because of its outstanding merits such as light weight, heat preservation, sound insulation and good resisting earthquake. using fly ash to develop foamed concrete can not only become fly ash into resources, but also provide a new kind of building materials for the innovation of wall materials, which has good economy and society ben efits

    近年來，由於墻改「禁實」政策的實施，市場急需新的墻體材料來填補新建築所需，許多單位相繼開展了各有關研究，綜合利用粉煤灰研製開發新型建材逐漸成為了主流，其中多孔混凝土特別是粉煤灰發泡混凝土，正以它突出的輕質、保溫、隔音、抗震效果好等優點，成為一種引人注目的建築材料，利用工業固體廢棄物粉煤灰研製發泡混凝土不僅能實現粉煤灰的資源化，而且還可為墻體材料的改革提供一種新型建築材料，具有較好的經濟效益和社會效益。
  2. Approach the soft - starter of magneto - rheological fluid

    焦爐煤氣的綜合利用途徑
  3. This paper introduces the experimental process of preparing concrete with large amount of blending powdered coal ash which comes from shengli oilfield power plant

    摘要粉煤灰混凝土可減少水泥用量，大幅度降低生產成本，實現粉煤灰的綜合利用。
  4. Through this new system, the plant can produce more high quality ashes. the detailed works are involved hi following aspects : i ) the decision of building a new gas - ash - removing system is made, though a broad investigation and a systemic analysis of the original hydro - ash - removing system. ii ) the project of building the improved dry ash handling system is designed

    本文主要對某電廠的干除灰系統進行改造，在保留原有水力除灰系統的基礎上，再增加一套氣力除灰系統和分選設施，使得電廠生產出更多的一級粉煤灰以及其它等級的粉煤灰，達到粉煤灰綜合利用的目的。
  5. The project will lie in the newly developed industries district of yian town of jiexiu city, at which transportation system is advanced and the water, electricity resources are plentiful

    該項目選址在介休市義安鎮新興發展的工業區內，交通便利，水電資源充足介休市又確定對煤石綜合利用的企業實行減免稅優惠政策。
  6. Several ways of synthetical utilization of waste rock

    淺談煤矸石綜合利用的幾條途徑
  7. Practice and trials on comprehensive utilization of cmm

    煤礦瓦斯綜合利用的實踐與探索
  8. The scc has the following advantages : remarkably reducing the noisy pollution and the worker s labor intensity in construction, deducing the rough surface or segregation because of missing - vibration or excessive - vibration in conventional construction, resolving the quality - defect problems resulting from lacking - vibration in the section of complex shapes and densely - packed reinforcement area. at the same time, large of industrial solid waste such as fly ash and blast furnace slag is utilized in the proportioning of scc. it is helpful in comprehensive utilization of resource and environment protection, so the scc belongs to " green concrete ", it is a branch of hpc which will be developed in the future

    這種混凝土可以顯著降低混凝土施工中的噪音污染；大幅度減輕工人的勞動強度；減少傳統混凝土施工中因漏振或過振造成的麻面或離析；解決了配筋密集、結構復雜部位因振搗不足而造成的質量缺陷問題；同時，由於自密實混凝土在配製中，大量利用粉煤灰、高爐礦渣等工業固體廢棄物，有利於資源的綜合利用和生態環境的保護；從而被譽為「綠色混凝土」 ，是未來混凝土向高性能發展的方向之一。
  9. Abstract : this paper analyzed the harm to the health of human body and ecological environment caused by the major pollutants of coal mine, introduced the experiences and results in the control and comprehensive utilization of the major pollutants in liupanshui mining area, and put forward some suggestions for furthering the control and comprehensive utilization of the major pollutants of coal mines

    文摘:分析了煤礦主要污染物對人體健康與生態環境造成的危害，介紹了六盤水礦區對主要污染物治理和綜合利用的經驗及效果，提出了進一步治理和綜合利用煤礦主要污染物的建議。
  10. Research progress of comprehensive utilization of coke breeze

    粉煤灰綜合利用的研究進展
  11. In order to overcome the disadvantages of traditional solid brick, to protect environment and to economize resources, the author first recommended the experimental study of drying and firing of coalstore - shale fired perforated brick. the result assumed the effect of percentage of water content, raw material fineness, temperature and insulation time on property of coalstore - shale perforated or hollow brick

    論文首先針對傳統實心磚存在的問題，從環境保護和資源綜合利用出發，以頁巖、煤矸石為原料制磚，通過頁巖、煤矸石制磚中乾燥、焙燒試驗研究，總結了原料化學成份、顆粒粗細程度、乾燥速度、含水率以及焙燒溫度等因素對煤矸石多孔磚、空心磚性能的影響。
  12. Aimed at solving the problem that high content of unburned carbon is unfavourable for the comprehensive ultilization in scale of fly ash, the fundamental principle that separation of unburned carbon from fly ash is theoretically analyzed by wet flotation and dry electro - separation, three factors and two levels orthogonal test for flotation and two factors and three levels test for electro - separation were conducted, furthermore, the primary factors and law affecting separating efficiency in flotation and electro - separation were obtained. the results show that wet flotation can give 7. 34 % of the cleaned coal yield rate, which contains 44. 53 % of ash content and 56. 02 % of separating efficiency, while dry electro - separation can reduce the content of carbon in separated fly ash to 3. 16 % and remove 53. 12 % of carbon from fly ash

    針未燃炭含量過高不利對粉煤灰大規模綜合利用的問題，從理論上分析了粉煤灰濕法浮選和干法電選分選未燃炭的基本原理，進行了三因素二水平正交浮選試驗和二因素三水平的正交電選試驗研究，得到了影響浮選和電選分選效果的主要因素及其規律.試驗表明:採用濕法浮選法可獲得精煤產率為7 . 34 % ，灰分為44 . 53 % ，分選效率為56 . 02 %的分選效果；採用干法電選，選后粉煤灰的含碳量可降到3 . 16 % ，脫碳率達53 . 12 %
  13. Abstract : aimed at solving the problem that high content of unburned carbon is unfavourable for the comprehensive ultilization in scale of fly ash, the fundamental principle that separation of unburned carbon from fly ash is theoretically analyzed by wet flotation and dry electro - separation, three factors and two levels orthogonal test for flotation and two factors and three levels test for electro - separation were conducted, furthermore, the primary factors and law affecting separating efficiency in flotation and electro - separation were obtained. the results show that wet flotation can give 7. 34 % of the cleaned coal yield rate, which contains 44. 53 % of ash content and 56. 02 % of separating efficiency, while dry electro - separation can reduce the content of carbon in separated fly ash to 3. 16 % and remove 53. 12 % of carbon from fly ash

    文摘:針未燃炭含量過高不利對粉煤灰大規模綜合利用的問題，從理論上分析了粉煤灰濕法浮選和干法電選分選未燃炭的基本原理，進行了三因素二水平正交浮選試驗和二因素三水平的正交電選試驗研究，得到了影響浮選和電選分選效果的主要因素及其規律.試驗表明:採用濕法浮選法可獲得精煤產率為7 . 34 % ，灰分為44 . 53 % ，分選效率為56 . 02 %的分選效果；採用干法電選，選后粉煤灰的含碳量可降到3 . 16 % ，脫碳率達53 . 12 %
  14. The relationship between microlithotype and the distribution of cleat in coal bed is discussed through a case from hedong coalfield, combining microstratigraphy and statistics methods

    摘要綜合利用顯微地層學和統計學方法，以河東煤田中北部8煤層為例，研究了煤層顯微煤巖類型與煤層裂隙分佈的關系。
  15. Through introduced the technology and typical process of clean coal industry at advanced country in the world, expound in our country the construction of clean energy source base 、 present situation and development of clean coal technology 、 revolutionary of coal transport 、 construction of coal ash production line integrated utilizing of coal waste role, demonstrate the prospects in our country for industry

    摘要通過對世界各發達國家對潔凈煤技術的發展及典型工藝的介紹，進而對中國清潔能源基地加速建設、潔凈煤技術的現狀和發展、煤炭運輸面臨的革命、粉煤灰陶粒生產線的建成、煤矸石的綜合利用等的論述，從而闡明潔凈煤技術在世界及中國的前景展望。
  16. Comprehensive utilization of cinders at coal mine pithead power plant

    煤礦坑口電廠粉煤灰的綜合利用
  17. Report of exchange meeting of utilization results for fine - sized coal ash

    全國粉煤灰綜合利用成果交流會的情況報告
  18. Discussion on comprehensive utilization ways of fly ash in waste power plant of taoer coal mine

    陶二礦電廠粉煤灰綜合利用途徑的探討
  19. This article has analysed the environmental impact characteristics of gangue, which from hunan coal formations, simultaneously according to the material composition characteristics of gangue to propose the reasonable comprehensive utilization way

    摘要文章對湖南各煤系煤矸石的環境影響特性進行了分析，同時根據各煤系煤矸石的物質組成特點提出合理的綜合利用途徑。
  20. Coal refuse - fired electric power plant and rational utilization of low - rank coal

    協莊煤礦綜合利用煤矸石發電的實踐
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