catalytic reduction 中文意思是什麼

catalytic reduction 解釋
催化還原
  • catalytic : adj. 【化學】催化(的)。adv. -ically
  • reduction : n 1 縮小,減少;降級,降位;(刑罰等的)輕減;減速;減價,折扣。2 (城市、國家等的)陷落,投降,...
  1. Artemisinin ; hemin ; catalytic reduction ; cyclic voltammetry ; edta - fe

    青蒿素氯化血紅素催化還原循環伏安edta - fe
  2. Tailpipe emission reduction measures such as diesel catalytic converters and particulate traps

    減少車輛排放廢氣的措施,例如安裝柴油催化變換器及微粒過濾器;
  3. Thereby this paper puts forward four ways to reduce no, emissions : reduction of the highest combustion temperature, fuel emulsification, exhaust gas recirculation and selective catalytic reduction. according to the marpol convention, no, emissions are defined as per engine power of nox mass flow rate

    Marpol公約附則規定的no _ x的排放標準為柴油機單位制動功率排氣中no _ x的質量流量(單位: g kw ? h ) ,因此要想對被測試的柴油機的no _ x排放進行判定,必須得到排氣中no _ x的質量流量和柴油機的制動功率。
  4. Carbon nanotubes ( cnt ) are new promising materials of catalyst supports for pemfcs. previous studies reveal that cnts supported catalysts show enhanced catalytic activity towards oxygen reduction reaction ( orr ) and methanol oxidation

    碳納米管( cnt )作為載體的電催化劑在氧還原和甲醇氧化等pemfc電極反應方面表現出良好的催化活性。
  5. Heavy oil viscosity reduction of was studied by using toluene as additive for catalytic aquathermolysis reaction in this paper

    摘要以鉬酸銨作為稠油水熱裂解反應的催化劑。
  6. Catalytic cracking of tar is viewed as one prominent tar reduction technology that has become the hot spot of investigation

    催化裂化作為一種極具潛力的煤氣凈化技術,目前已成為該領域研究的熱點。
  7. Its catalytic current was linear with the concentration of h2o2. most of interference was effectively eliminated and the inactivity of hrp under the too low potential to catalytize the reduction of h2o2 was avoided due to the enhanced potential of nr by zp in the composite film. while the silver colloid in the composite film enhanced the capability of zp to adsorb nr and prevented effectively nr from leaching off

    4 、上修飾電極與辣根過氧化酶相耦合製成酶電極,顯著的催化了過氧化氫的還原,磷酸鋯提高了中性紅的氧化還原電位,大大的降低了測定的干擾,並有效的避免了辣根過氧化酶在過低的還原電位下失效,納米銀增強了膜對中性紅的吸附,有效的防止了其流失。
  8. Mol l, artemisinin can be reduced via the hemin - catalysis and its original cathodic peak at - 1. 08v completely disappeared. the cathodic overpotential of artemisinin is decreased ca. 600mv. this process is verified by the fact that complex edta - fe can also promote the artemisinin reduction with decreasing the cathodic overpotential of artemisinin for 590mv. these results show that the reduction of artemisinin at the glassy carbon electrode is a catalytic process with the aids of hemin. hemin can greatly decrease the cathodic activation energy of the reduction of artemisinin and promote the decomposition of artemisinin

    Mol l氯化血紅素存在下,青蒿素仍可被催化還原,陰極過電位降低了600mv 。配合物edta - fe具有類似氯化血紅素的催化性質,它降低了qhs陰極過電位590mv 。在這個體系中,青蒿素在碳電極上的還原是一個藉助于氯化血紅素催化的還原過程,氯化血紅素的存在降低了青蒿素還原活化能,促進了青蒿素的分解。
  9. For stationary sources, meca members include manufacturers of selective catalytic reduction ( scr ) systems, non - selective catalytic reduction ( nscr ) systems, diesel particulate filters, and catalytic oxidation systems

    關于固定源,成員為選擇性催化還原系統、非選擇性催化還原系統製造企業,柴油顆粒過濾器、催化氧化系統生產商等。
  10. The experimental research on emission control catalytic converter has solved the problem of emission control in changan vehicles, mainly by examining the exhaust emission reduction, noise suppression, physical & chemical performance and durability for sc6350c ' s converter

    在排氣凈化器的試驗研究方面,本文主要通過試驗驗證了sc6350c的凈化性能、消聲性能、物化性能和使用壽命等,從而解決了長安汽車的排放問題。
  11. For the theoretical research of catalytic converter, this paper has discussed and analyzed the emission reduction principle, muffler noise suppression mechanism, substrate ' s physical & chemical performance and the durability, and concluded the theoretical principles for the application of exhaust emission control converter. especially in the research of noise suppression mechanism, a new conception of " equivalent design " for catalytic converter and muffler was revealed, which provided the theoretical basis for the optimization of exhaust noise suppression and engine power loss for light - duty vehicle

    在排氣凈化器的理論研究方面,本文主要從排氣凈化器的凈化機理、消聲機理、載體的物化性能以及使用壽命等方面進行了討論和分析,得出了排氣凈化器應用的理論依據,特別是在消聲機理的研究方面,本文提出了一種全新的凈化器與消聲器的等效結構概念,為輕型汽車排氣凈化消聲系統在降噪和發動機功耗方面的優化設計提供了理論基礎。
  12. It has also established its unique catalytic oxidation and reduction technology for organic synthesis using metals. these unique and elaborate techniques can help expand applications of fine aromatics

    為了實現合成反應的目的,其合成方法組合了有機電分解反應、催化氧化還原反應和金屬有機合成反應等多種方式。
  13. This paper design a motorcycle emission reduction system which include a upstream catalyst, a downstream catalyst and air system after the thorough study of catalytic converters and air system

    本文在深入研究催化轉化器和二次空氣噴射系統的基礎上,設計了二級催化加二次空氣噴射的摩托車尾氣凈化系統。
  14. The sol - gel film showed the excellent chemical and electrochemical properties as well as kept the quality electrochemical activity of those immobilized redox molecules. the modified molecules took place the typical adsorption controlled electrochemical reaction, and furthermore, the modified methylene blue gave the obviously electrochemical catalytic affection on oxidation of nadh or reduction of hemoglobin if they were immobilized in the film meanwhile

    同時以硅溶膠?凝膠膜為載體制得化學修飾電極,用sol - gel法在金電極上固定亞甲藍、硫堇及茜素s ,發現固定於納米溶膠?凝膠膜內的亞甲藍和硫堇均有良好的電化學活性,對同時固定於膜內的nadh 、血紅蛋白等生物分子產生顯著的催化氧化還原作用。
  15. The research on the feasibility of the selective catalytic reduction of nox in power plant

    火電廠選擇性催化還原脫硝技術的可行性研究
  16. Catalytic reduction ; kinetics ; so

    催化還原動力學二氧化硫氫硫酸鎳
  17. Selective catalytic reduction of no with c3h6 over sno2 - al2o3 binary metal oxide catalysts

    3復合氧化物催化劑的一氧化氮選擇催化還原性能
  18. They are removed using catalytic or oxidation reactions to form non - toxic nitrogen or nitrates. practical processes include ammonia and catalytic method, high - temperature nitrogen reduction method, activated carbon and incineration as well as alkaline washing

    ,吸收劑噴入洗滌塔時為霧化的泥漿,水汽慢慢地被熱煙氣所蒸發,最後以乾鈉鹽或鈣鹽及未反應的吸收劑混合物之型式,被集塵機所收集去除。
  19. Selective catalytic reduction, scr

    選擇性催化還原
  20. The recent advances in the catalytic removal of no were reviewed in the present paper, focussing mainly on catalytic reduction and catalytic decomposition of no

    本文從催化劑創新和催化反應體系的發展等方面對上述過程研究、應用情況進行了總結,並根據作者的認識進行了適當的評述。
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