火焰燃料 的英文怎麼說

中文拼音 [huǒyànránliào]
火焰燃料 英文
flame fuel
  • : fire
  • : 名詞(火苗) flame; blaze
  • : 動詞1. (燃燒) burn 2. (引火點著) ignite; light
  • : 名詞1 (材料; 原料) material; stuff 2 (喂牲口用的穀物) feed; fodder 3 (料器) glassware 4 (...
  • 火焰 : [化學] flame; blaze
  • 燃料 : fuel
  1. Phenolic foam is a new generation heat preservation prevent fire soundproof material and polystyrene together ammonia ester foaming rubber etc, material to compare, and it is good that its biggest characteristics is a heat - proofound the low temperature contractility is smatt, and have te special prevent burning wit the size stability under 2000 heat, not burning, not melt not contract constant form not poisonous spirit hove no thick smoke, just surface formation layer

    信息內容:酚醛泡沫為新一代保溫防隔音材與聚苯乙烯聚氨脂發泡橡膠比,其最大特點是耐熱性好,低溫收縮性小,具有獨特的阻和尺寸穩定性,在焊槍下,不燒不收縮不變形,無毒氣無濃煙,只是表面炭化,性質穩定,耐化學腐蝕抗老化。
  2. Swedes equip themselves for the dark. dog leashes ( 7 ), baby carriages and horse blankets glow with reflectors ( 8 ) or florescent ( 9 ) tape and fabric. restaurants burn small fires outside

    瑞典人為抵抗黑暗作了充分的準備。狗鏈、嬰兒車、馬毯不是被貼上反光就是採用花色材。飯館前也燒起方便路人尋找。
  3. The wick on the candle drew up fuel to the flame

    蠟燭芯吸油使變成了
  4. Standard test method for measuring the comparative burning characteristics and resistance to burn - through of solid plastics using 125 - mm flame

    利用125mm測量固態塑比較燒特性和抗燒穿性的標準試驗方法
  5. In the third chapter of this dissertation, based on the physical and chemical properties of hydrogen and the combustion characteristics of hydrogen, the quasi - dimension combustion calculation model of hydrogen ? fueled engine is set up through analyzing the characteristics of turbulence flame and chemical reaction kinetic of hydrogen ? air mixture. the model includes the dual ? area thermodynamics sub - model, quasi - dimensional turbulent entrainment combustion sub ? model, turbulence flame promulgating sub ? model, hydrogen - air mixture chemical kinetic sub - model and loss of heat transfer sub - model and so on

    本文從氫的物化特性和燒特徵著手,通過分析氫空氣混合氣燒的湍流結構和燒化學反應動力學,基於雙區燒模型,建立了包括雙區熱力學、準維湍流卷吸燒、湍流傳播速度、氫空氣混合氣燒化學反應動力學以及傳熱損失等模塊的燒模型,並給出了相應的計算方法。
  6. Test method for trace metals in gas turbine fuels by atomic absorption and flame emission spectroscopy

    用原子吸收和發射光譜法測定氣渦輪機中痕量金屬的試驗方法
  7. Standard test method for trace metals in gas turbine fuels by atomic absorption and flame emission spectroscopy

    原子吸收和發散分光光度法測定氣輪機中痕量金屬的標準試驗方法
  8. Flexible cellular polymeric materials - laboratory assessment of horizont al burning characteristics of small specimens subjected to a small flame

    軟質泡沫聚合材.在小條件下小試樣水平方向燒特性的實驗室評定
  9. Methods of testing plastics - thermal properties - flammability of a small, inclined test piece exposed to an alcohol flame laboratory method

    試驗方法.熱性能.小型傾鈄試片置於酒精上的可
  10. Some colors in the form of dyes or pigment can block the wick, reducing the supply of melted wax which can result in flame flutter or a poor flame

    和顏中的某些顏色可能使燭芯結塊、使可熔化的蠟供應減少,會影響的跳動或很小。
  11. Experiments on the lean blowout limit of cavity flame holder with liquid kerosene fuel on room temperature were conducted with various cavities and injection schemes

    對基於常溫液體煤油的凹腔穩定器的貧油穩范圍進行了試驗研究,比較了不同凹腔結構尺寸和不同噴注方式。
  12. It is found that the liquid kerosene of injection upstream cavity could finish the process of atomization and evaporation in short distance, and enter into cavity through convection. aft wall is the primarily area of flame holding in cavity, and the only area when near the lean blowout limit, flame in area of fore wall are spread from it. cavity shear layer in reaction flow angle greatly to the main flow direction, and couldn ’ t reattach to aft wall anymore, it appears great difference in characteristics of cavity flowfield between non - reaction and reaction state

    研究發現:凹腔上游噴注的液體能夠迅速霧化、蒸發,並在較短距離內依靠對流輸運過程進入凹腔內部;凹腔後壁始終是凹腔駐留的主要區域,在貧油極限時,也是唯一區域,並存在明顯的由後壁向前壁的傳播過程;燒狀態下的凹腔剪切層以較大角度向下游主流發展,不再附著于凹腔後壁,與冷流中的凹腔流場特徵相差較大。
  13. Fire test of plastic sprinkler pipe for visible flame and smoke characteristics standard dated 12 20 96

    灑水管的可視和煙塵特性的燒試驗
  14. In the same wasteful spirit, they had cooked, i suppose, three times more than we could eat ; and one of them, with an empty laugh, threw what was left into the fire, which blazed and roared again over this unusual fuel

    海盜們對食物也是同樣浪費,他們準備的飯菜相當于飯量的三倍。一個海盜傻呵呵地笑著把吃剩的東西一下子全都扔進堆添上這樣不尋常的,頓時烈沖天劈啪亂響。
  15. Test method for heat release, flame spread and mass loss testing of insulating materials contained in electrical or optical fiber cables when burning in a vertical cable tray configuration

    電纜或光纜絕緣材在立式電纜槽裝置中燒時熱發散傳播和質量損失測試的試驗方法
  16. Standard test method for heat release, flame spread, smoke obscuration, and mass loss testing of insulating materials contained in electrical or optical fiber cables when burning in a vertical cable tray configuration

    電纜或光纜絕緣材在立式電纜槽裝置中燒時熱發散傳播煙的昏暗度和質量損失測試的標準試驗方法
  17. Standard test method for flame height, time of burning, and loss of mass of rigid thermoset cellular plastics in a vertical position

    垂直向硬質熱固性泡沫塑高度燒時間和質量損失的標準試驗方法
  18. Flammability of solid non - metallic meterials when exposed to flame sources - list of test methods

    固體非金屬材暴露在源時的燒性試驗方法清單
  19. Chapter five introduces the detail technics process of synthesis of carbon nanotubes by using liquid - hydrocarbon diffusion flame. chapter six discusses and analyzes the effects of every technics paramenters on the nanotubes produced by using liquid - hydrocarbon diffusion flame. chapter seven analyzes the sem and tem micro - appearances of the nanotubes produced by liquid - hydrocarbon diffusion flame and draws the conclusion of the nanotubes " cluster growth mechanism. chapter eight analyzes the sem and tem micro - appearances of the nanofibes produced by liquid - hydrocarbon diffusion flame, and considers that the growth mechanism of nanotubes and nanofibers is different

    第六章討論和分析了液態碳氫化合物擴散法制備碳納米管時具體各項工藝參數的影響。第七章分析了擴散法制備碳納米管的sem形貌和tem形貌,歸納出碳納米管團簇生長的規律。第八章對六種基板材在擴散中制備出的碳納米纖維的sem形貌和tem形貌作了分析討論,認為擴散法制備碳納米管和碳納米纖維的形成機理不同。
  20. A distract model has been firstly established to simulate the turbulent flame propagation speed for the dual fuel engine in this paper

    本課題還首次建立了湍流傳播分形模型,計算雙發動機燒過程中湍流速度,以評估發動機結構參數和運轉參數對燒過程的影響。
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