爐內氣體 的英文怎麼說

中文拼音 [lúnèiqìtǐ]
爐內氣體 英文
furnace gas
  • 內 : 名詞1. （內部; 里頭; 里邊） inner; inside; within 2. （妻子或妻子的親屬） one's wife or her relatives 3. （姓氏） a surname
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 體 : 體構詞成分。
  • 氣體 : gas; gaseous fluid
  1. Mainly used in wind guiding board of fission air conditioner in house, wind heating board, medical apparatus, stage lighting and industrial automatis equipment

    主要用於房間空調器分體系列室內機導風板暖風器導風板移動空調壁爐便潔寶和各種智能氣閥燃氣熱水器燃氣灶等。
  2. Mainly used in wind guiding board of fission air conditioner in house, wind heating board etc., stable and all technic parameters are qualified for national electronic standard of sj t10689 - 95

    要用於房間空調器分體系列室內機導風板暖風器導風板移動空調壁爐便潔寶和各種智能氣閥燃氣熱水器燃氣灶等。
  3. According to finite element segmentation principle, by combining test with observation, the author has measured the air streamline and speed distribution of burning equipment in dally situation, which provides some guide for research of air field in hearth on cold and hot conditions. and the law is found of air speed distribution by measuring its speed and distribution of upper and lower deck on cold condition, thus it lays the foundation for analysis on hot condition. under four burning states, we measure the air speed in single, double - deck, and find out its corresponding distribution law

    5 .根據有限元分割原理布置測點，採用降溫方法，用k五江9106等儀器分別測出單雙爐排燃燒方式4種不同工況下，該燃燒設備爐膛內coz 、 02 、 co氣體濃度，並找到了隨爐膛高度方向及深度方向變化規律;從燃燒原理分析評價了2種燃燒方式爐膛內coz 、 02 、 co氣體濃度場分佈特點及相應燃料層內乾燥、干餾、氧化、還原、灰渣層厚度，肯定了雙層爐排燃燒方式爐膛中c02 、 02 、 co氣體濃度場分佈合理性，從燃燒理論找出了最佳濃度場分佈狀態及燃料層內各反應層厚度。
  4. This utility model publicizes one kind of energy - saving heating stove belonging to heating stove technology, especially involving in a type of hot water energy - efficient heating stove, which mainly composed by the furnace body, the firebox, and the trough for releasing ash. on the furnace body is equipped with the hot water exportation, the cooling water inlet, the chimney, and the mouth for releasing ash. in the furnace body is equipped with the heater pipe, the thermal baffle, the furnace grate and the air throttle. in front part of the furnace body is equipped with the firebox door and the air throttle for entering. in front part of the trough for releasing ash is equipped with door. this energy - saving heating stove overcomes the deficiencies of the existing technology to provide good burn, smoke - free and dustlessness, and not to stop up the chimney and not to produce gas, which extremely suits to the households heating in rural areas

    本實用新型公開了一種節能採暖爐，屬于採暖爐技術領域，尤其涉及一種熱水型節能採暖爐，主要由爐體、燃燒室、泄灰槽構成，爐體上設有熱水出口、冷水進口、煙筒、泄灰口，爐體內設有加熱管、隔熱板、爐箅子、內風門，爐體前部設有燃燒室門和進風門，泄灰槽前部設有泄灰槽門，本節能採暖爐克服了現有技術的不足提供了一種燃燒好、無煙無塵，不堵煙筒又沒煤氣的環保型節能採暖爐，非常適合於農村家庭採暖使用。
  5. It firstly analyzes the gasification principle and process of coal in constant pressure moving - bed gas producer and the research on gasification process and control of technical condition proves that it is the most effective way to improve the quality of coal for gasification and quality of hot coal gas, enhance the gasification intensity and gasification efficiency of gas producer

    首先，分析了煤在常壓移動床式煤氣發生爐內的氣化原理和工藝過程。對氣化過程工藝條件控制的研究表明，提高氣化用煤的品質，是改善熱煤氣質量，提高煤氣發生爐的氣化強度和氣化效率的最有效途徑，並對氣化用煤的指標，提出了具體的要求。
  6. There is a chemical reserve zone in the stack. in this zone the fe is present as feo, and the gas component is close to the balance composition of fe0. 947o / fe. so there is a part of longitudinal section, in which : l ) gas keeps its component, as ascending. 2 ) the composition of the gas is close to the equilibrium composition of the fe0 947o + co - " 0. 947fe + co2 under the temperature of the thermal reserve zone of about 1200 + 100k

    根據冶煉理論，高爐在爐身一定高度上有一個「化學貯備區」 ，在該區，含鐵物料實際上都是浮氏體，並且煤氣成分接近fe _ （ 0 . 947 ） o fe平衡時的成分，這樣，高爐內存在高爐熱控制模型開發一個縱向區域，在該區內：二）煤氣上升時，成分不變。
  7. Abstract : the article utilized theory of gas dynamics to research and analyze gas explosion model in boiler s chamber to investigate calculation means of explosion intensity in it, to supply technique specification for the design and manufacture of gas boiler

    文摘:應用氣體動力學理論，研究分析可燃氣體在鍋爐爐膛內爆燃模型，探索其爆燃強度的計算方法，為燃氣鍋爐本體設計和製造提供有關技術資料。
  8. Imported from germany, elevator kiln produce high frequency, low power loss material : nh2c equivalent to tdk pc44 and high initialpermeability material : nh13a ui 13000. advanced controlling technique of internalatmosphere and temperature curve to ensure its excellent performance, their high quality and stable character will meet telecom and networkcustomers strictly demand. we specialized in manufacturings. m. p. s transformers, inductors

    公司引進德國鐘罩爐設備，採用先進的爐內氣氛控制方法和特殊的氣氛曲線，生產高頻低損耗功率鐵氧體nh2c材料相當于tdk pc44及高磁導率鐵氧體nh13a材料ui 13000 ，充分滿足客戶對網路通訊用磁芯在性能和穩定性上近似苛刻的要求。
  9. The cold model tests were completed on the mixing characteristics between the reburning airflow and main airflow or between ofa and main airflow in a cold model test - bed according to the practice situation of 6 # boiler in jianyou power plant in sichuan provice and the requirements of industrial tests for low nox reburning test project from state electric power company. the cold simulated experimental study included : 1

    針對四川省江油電廠6 #煤粉鍋爐的實際情況，以及國家電力公司低nox再燃技術試驗項目工業試驗的具體要求，在一個四角噴燃煤粉鍋爐冷模試驗臺上，對原型鍋爐內再燃氣流和燃盡氣流（ ofa ）與主燃燒氣流之間的混合特性進行了冷模試驗研究。
  10. In it, studies are carried out such as the combustion theory analysis of biomass briquetting, equipment design, thermal performance test, air flow field test, density field test in the hearth, temperature field test, the dreg characteristics, main design parameters and technological and economic evaluation, and so on. the author has gained all kinds of indexes of the equipment and the changing laws of air flow field, temperature field, density field, dreg and main design parameters. this will lay theoretical foundation on design, operation and technology improvement, meanwhile, this will offer actual guidance for development of equipment

    本文通過對「生物質成型燃料燃燒設備設計」 、 「生物質成型燃料燃燒設備熱性能試驗」 、 「生物質成型燃料燃燒設備空氣流動場試驗」 、 「生物質成型燃料燃燒設備溫度場試驗」 、 「生物質成型燃料燃燒設備爐膛內氣體濃度場試驗」 、 「生物質成型燃料燃燒設備結渣特性試驗」 、 「生物質成型燃料燃燒設備主要設計參數確定試驗」及「生物質成型燃料燃燒設備技術經濟評價」等方面的系統研究，獲得了生物質成型燃料燃燒設備各項性能指標及燃燒空氣流動場、溫度場、濃度場、結渣性能、主要設計參數變化規律。
  11. Abstract : by using the 3 - d unsteady state heat transfer equation, the heat convection and radiation between the checker and the gas which flows through the checker holes, and the heat conduction among the checker in the chamber of the hot blast stove were studied. the time dependable gas temperature and the temperature distributions within the checker were obtained

    文摘:應用三維非穩態熱量傳輸方程，對高爐熱風爐在燃燒過程中蓄熱室內格子磚與氣體之間的對流和輻射傳熱，以及格子磚內部的導熱過程進行了耦合求解.得到了在燃燒期內格子磚及燃燒過程中燃燒廢氣的溫度分佈情況及其隨時間的變化規律
  12. Gas analysis is used to optimize the blast furnace process, including reducing the consumption rate of coke and controlling the temperatures inside the furnace ( ref 4 )

    氣體分析用於優化高爐過程，包括還原過程中焦炭的消耗速度和爐內的溫度控制。
  13. Gas flow in a magnesium reduction furnace was numerically simulated with the comprehensive cfx software, and the effect of the gas flow on heat transfer process in the magnesium reduction furnace was studied

    摘要採用cfx軟體對皮江法鎂還原爐內的煙氣流動進行數學建模和模擬計算，研究鎂還原爐內的煙氣流動對爐子傳熱過程的影響情況。
  14. Abstract : in accordance with the current thermotechnical behaviors of domestic tunnel kilns using different firing fuels, such as thermal utilization ratio and energy consumption per kilogram of porcelain, the influence of various firing fuels properties and fuel system ' s installation etc, on the kiln ' s thermotechnical behavior has been analysed in this paper. it is demonstrated that clean gaseous fuels and light oil are high quality fuels for the production of top grade fired products

    文摘:從國內現有使用不同燃料的陶瓷隧道窯的熱能利用率、千克瓷能耗等熱工性能的現狀，分析了各種燃料的燃燒性能及不同的燃燒系統設置對窯爐熱工性能的影響，認為潔凈的氣體燃料和輕油是生產高檔產品的優質燃料。
  15. Methods for chemical analysis of iron, steel and alloy. the gas - volumetric method after combustion in the pipe furnace for the determination of carbon content

    鋼鐵及合金化學分析方法管式爐內燃燒后氣體容量法測定碳含量
  16. It also began a programme of encouraging the upgrading of sub - standard gas water - heaters. less than 28 per cent of domestic dwellings now use cylinders ; and some

    本港石油氣用戶中，使用瓶裝石油氣的比例，年內已降至28 %以下，而已經更換及進行改善工程的氣體熱水爐，則約有
  17. Many systems and equipment are specialised hospital equipment such as the medical gas systems, the sterilisers, etc. the division is also responsible for the preparation of specification, procurement and maintenance of patient - related biomedical equipment, pathological equipment and clinical laboratory equipment

    衛生工程部負責操作及維修設置於公立醫院、洗衣房、化驗所及診療所內的機電、電子及屋宇裝備系統及設備，其中不少都是醫院專用設備，例如醫療氣體供應系統、消毒爐等。
  18. The simulation results show that each gas species has close relation with the temperature distribution, and the method of cell modeling to can effectively simulate the complicated physical and chemical process inside the furnace, and can provide the theories leading for boiler design ， reformation and run

    模擬結果表明，爐內溫度分佈的高溫區和低溫區與各氣體成份的分佈存在很強的對應關系，同時表明採用小室模型可以對爐內復雜的物理化學過程進行有效的模擬，該模型可為鍋爐設計、改造和運行提供理論指導。
  19. The paper investigated the establishment of mathematical models on turbulence flow of gas in precalciner, and analysed the spouting and spouting - swriling precalciner of our country. two kinds of mathematical models were given. the objective is to provide the theoretical basis for excellent design

    對分解爐內氣體湍流流場的數學模型建立進行了討論，並對國內常見的噴騰式和噴旋式分解爐進行了分析，提出兩種數學模型，為優化分解爐結構設計提供了理論依據。
  20. The amount of energy that a is capable of converting from electrical to heat energy depends on the ambient furnace temperature and atmosphere in which it is operating

    熔爐內電能轉化為熱能的能量數主要依賴于硅碳棒載爐內的控制溫度和氣體環境。
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