燃燒反應 的英文怎麼說

中文拼音 [ránshāofǎnyīng]
燃燒反應 英文
burning reaction
  • 燃 : 動詞1. （燃燒） burn 2. （引火點著） ignite; light
  • 燒 : Ⅰ動詞1 （使東西著火） burn 2 （加熱或接觸某些化學藥品、放射性物質等使物體起變化） cook; bake; hea...
  • 反 : Ⅰ名詞1 （方向相背） reverse side 2 （造反） rebellion 3 （指反革命、反動派） counterrevolutionari...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  • 燃燒 : （物質劇烈氧化而發光、發熱; 燒） burn; kindle; flame; set on fire; [化學] combustion; inflammation; ignition
  1. Mayer a e h j, stowe r a. experimental study into mixing in a solid fuel ducted rocket combustion chamber [ r ]. aiaa 2000 - 3346

    餘勇，陳小前，等.三維實驗固體火箭沖壓發動機燃燒室湍流反應流數值模擬[ j ] .國防科技大學學報， 2002 ， （ 5 ）
  2. Secondly, according to the effect of the change in the gas properties on the burning of burners, the possible adjustive measures are analyzed and at the basis of which corresponding alterative plans are proposed

    然後，根據氣體物性改變對燃燒器燃燒的影響，分析可能的調整措施。在此基礎上提出相應的改造方案，並通過反復實驗確定其穩定工況和最佳方案。
  3. In general, exothermic combustion reactions require two reactants.

    一般說來，放熱燃燒反應需要兩種反應物。
  4. Biological magnetic field : microwave energy produces by biological magnetic field penetrates into dermis, epidermis and hypodermis, and produces warm utility to expand capillary, activating hormone - sensitive lipase and consuming excessive fat

    生物磁場：通過生物磁場，進入皮膚表皮、真皮、皮下組織，產生溫熱效應可以使微血管擴張，增加組織反應酶的活性，使脂肪在皮下燃燒，消耗多餘脂肪。
  5. Fire classification of construction products and building elements - part 1 : classification using test data from reaction to fire tests

    建築產品和建築部件的燃燒性能分類.第1部分:按燃燒反應試驗數據進行分類
  6. Coal - char pyrolysis, firing, burnt and limestone calcination under o _ ( 2 ) / n _ ( 2 ) oro _ ( 2 ) / co _ ( 2 ) atmosphere were carried on a thermobalance. limestone calcination and sulfuration under o _ ( 2 ) / co _ ( 2 ) atmosphere were tested on a bench scale fluidized bed facility. the characteristics of coal combustion and pollutant emission under o _ ( 2 ) / n _ ( 2 ) or o _ ( 2 ) / co _ ( 2 ) atmosphere were experimented on a circulating fluidized bed multi - function test - facility

    在熱天平上進行o _ 2 / n _ 2氣氛與o _ 2 / co _ 2氣氛下的煤焦熱解、著火與燃燼反應動力學及石灰石煅燒分解特性研究；在小型流化床試驗臺上進行石灰石在o _ 2 / co _ 2氣氛下的煅燒與硫化反應特性研究；在設計、搭建的循環流化床多功能綜合試驗臺上進行o _ 2 / n _ 2氣氛與o _ 2 / co _ 2氣氛下的煤燃燒特性與污染物排放規律研究。
  7. The most common type of reaction studied calorimetrically is combustion.

    量熱研究中最常見的反應類型是燃燒反應。
  8. Mean mass reactivity parameter was proposed to evaluate combustion reactivity of semi - coke. integral method and linear regress in section method were adopted to calculate reaction progression and activity energy respectively. according to kinetic parameters calculated above, an equation of combustion rate was established to forecast combustion process of semi - coke

    用積分法確定半焦燃燒反應級數，用分段線性回歸法求取不同實驗條件下的反應活化能和頻率因子，並根據求得的動力學參數確定半焦燃燒的反應速度方程，以此來預測半焦的燃燒過程。
  9. The hazards associated with liquid oxygen are exposure to cold temperatures that can cause severe burns ; over pressurization due to expansion of small amounts of liquid into large volumes of gas in inadequately vented equipment ; oxygen enrichment of the surrounding atmosphere ; and the possibility of a combustion reaction if the oxygen is permitted to contact a non - compatible material

    同液氧相聯系的危險有：會導致嚴重凍傷的低溫暴露；在通風不充分的設備里，小量液體汽化成大量氣體造成的過壓；周圍空氣的氧富集；如果氧接觸到不相容的材料而發生燃燒反應的可能性。
  10. Characters of the pyrolysis chars and residual carbons such as reactivity, turbostratic carbon structure and specific surface area have been examined by thermal gravimetric analysis, powder x - ray diffraction and mercury intrusion methods respectively. catalytic effect of minerals has been identified

    高溫下不同煤質焦碳結構趨於一致和礦物質催化作用的失去在一定程度上證明了假定活化能不隨煤質變化的煤焦燃燒反應動力學通用規律的合理性。
  11. With the increase of temperature, chars from low rank coals deactivate quickly and significantly. through a strict and systematic analysis, char deactivation has been found to be due to the combined effect of the ordering of turbostratic carbon structure and the loss of catalytic effect of minerals during pyrolysis or combustion process

    但當煤顆粒在中低溫下燃燒時，由不同煤質形成的焦碳的亂層碳結構的差別較大，煤中的礦物質所起的催化作用可能很不一樣，因而導致不同煤質的焦碳燃燒反應活化能有較大差別。
  12. The calculated results also show that, for hns - i explosive, combustion performance changes significantly with loading densities

    通過hmx 、 rdx計算結果與實驗結果的比較分析，表明實際燃燒反應接近平衡。
  13. Meanwhile, the structural stability of delithiated cathode materials is also improved by ti doping. it results in the suppression of thermal decomposition reaction of delithiated cathode material, which will produce heat and oxygen gas as the fuse of electrolyte decomposition and combustion reaction. hence, thermal stability of delithiated cathode material is also enhanced by ti doping

    同時，欽的摻雜增強了電極材料在脫鏗狀態下的結構穩定性，抑制了電極材料自身熱分解反應的發生，阻止了氧氣和熱量的釋放，減少或延遲了電解液的分解或燃燒反應，從而提高了電極材料的熱穩定性。
  14. The effects of the content, granularity and purity of the raw materials ( zirconium powder, viton and dicyandiamide ) on the combustion rate were measured and their effects on its detonation heat and its combustion heat were estimated. the investigation on the combustion reaction mechanism showed that surface decomposition of dicyandiamide was the control step of the combustion reaction. the slowdown and combustion - resistant effects of dicyandiamide were of endothermic characteristic

    測量了鋯粉、氟橡膠、雙氰胺等原材料含量、粒度、純度等對藥劑燃速的影響，估算了它們對藥劑爆熱和燃燒熱的影響，並對藥劑燃燒反應機理進行了探索研究，發現雙氰胺的表面分解是藥劑燃燒反應的控制步驟，其減速、阻燃作用具有吸熱特徵，氟橡膠對藥劑的熱輸出有較大貢獻。
  15. The quasi - steady state model of temperature profile for the reverse flow reactor with catalytic combustion of air contaminated with volatile organic compounds ( vocs ), is developed by rbf ( radial basis function ) neural networks

    摘要用rbf神經網路建立了用於清除低濃度揮發性有機物的流向變換催化燃燒反應器擬定態溫度分佈模型。
  16. The reaction mechanism of c2h2 combustion in no

    中燃燒反應機理探討
  17. Reactivity measurement and combustion experiments on cfb rig for petroleum coke

    石油焦燃燒反應活性及循環流化床燃燒實驗
  18. Test method for measuring response of solid plastics to ignition by a small flame

    用小火焰測量實芯塑料對燃燒反應的試驗方法
  19. Study on dynamic reaction parameters of anthracite combustion by using different

    不同熱分析方法求解無煙煤燃燒反應動力學參數的研究
  20. The combustion model of the oxidizing gas and the fuel pyrolytic gas in the motor was also developed. the simulation of combustion flow is performed under various o / f ratios and different motor chamber structures

    建立了發動機內氧化劑氣體和燃料熱解氣體的燃燒模型，並對不同配比條件和不同燃燒室結構的燃燒反應流進行了計算。
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