再循环

zài xún huán
  • recycle
再循环再循环
再循环[zài xún huán]
  1. 记住“R”是:减少使用,重复使用,再循环,修复,再发展

    Remember the " r ": reduce , reuse , recycle , repair , re evolves

  2. 燃气湿法脱硫(H2S)液的再循环研究

    Recycle research of wet desulfurization ( H_2S ) liquid on gas

  3. 这些再循环方案在多塞特郡的农村地区首先试用。

    The recycling scheme gets its first try-out in rural Dorset .

  4. 降低柴油机有害排放物NOX的废气再循环技术

    Reducing NO_X Emissions of Diesel Engine by Applying Technology of EGR

  5. 利用排气再循环降低汽油机的NOx排放

    Reduction of NOx Exhaust Emission by EGR for an Automotive Gasoline Engine

  6. 排气再循环中CO2对车用直喷式柴油机排气排放的影响

    Effect of CO 2 in EGR on Exhaust Emissions from Vehicle DI Diesel Engines

  7. 柴油机燃用二甲醚时采用排气再循环降低NOx排放

    Reduction of Nitrogen Oxide Emission of Diesel Engine Fueled with Dimethyl Ether by Means of Exhaust Gas Recirculation

  8. 利用特殊设计的烟气再循环式燃气燃烧器做实验,发现得到较低的NOX排放。

    The lower NOx combustion generates when the special designed gas reburning burner is used in the experiment .

  9. CFB颗粒物料的炉内再循环及其实践

    Internal Recirculation of Particles in CFB Boiler and its Application

  10. 飞灰再循环系统在CFB锅炉运行中的应用

    Application of Fly Ash Recycling System in the CFB Boiler

  11. 设计了LPG电喷发动机的废气再循环系统。

    EGR system of LPG engine is developed .

  12. 目前对于满足欧Ⅲ排放法规的柴油机,通常利用废气再循环来降低NOX排放。

    Currently , to meet Euro ⅲ emission regulations of diesel engines , often using exhaust gas recirculation to reduce NO_X emissions .

  13. 大型CFB锅炉中飞灰再循环系统对石灰石利用率的影响

    Effect of Fly Ash Recirculating System of Large CFB Boiler on Utilization Rate of Lime Stones

  14. 初步设计为WC蓄水池使用废水和雨水的再循环作为供给。

    The initial design used the recycling of grey water and rainwater as feeds for WC cisterns .

  15. 因此为了解决以上矛盾,可以使用抗爆剂或采用废气再循环(EGR)的方法。

    For solving the paradox , the antiknock and EGR can be used .

  16. 废气再循环(EGR)冷却器钎焊工艺试验研究

    Experiment Research on Brazing Technology for Exhaust Gas Recirculation ( EGR ) Cooler

  17. 通过进一步的分析得知,不管发动机是处于纯滚流状态及还是斜轴涡流状态,采用排气再循环以后,发动机的排放均达到了EUⅡ标准。

    The further analysis showed that EGR and tumble or inclined swirl are combined to work , the emissions of engine reached the EU ⅱ standard .

  18. 向细菌的RNA再循环系统扔进一种破坏性因素(比如说丢进了一个“扳手”)就可能以多种方式损害MRSA。

    Throwing a monkey wrench into bacteria 's RNA recycling system might harm MRSA in a number of ways .

  19. 循环经济要求以减量化(Reduce)、再使用(Reuse)、再循环(Recycle)的3R原则为社会经济活动的准则。

    Cycle economy requires that social economic activity follow the three R 's ( Reduce , Reuse , Recycle ) principle as the guideline .

  20. 有资源再循环情况下的广义的Logistic的种群模型有其广泛的生态学及生物学意义,作者给出了该种群模型振动解存在的充分条件。

    Generalized Logistic population model with resource recycling has wide ecological and biological sense . The sufficient condition for the model to have oscillatory solution was given .

  21. 目的探讨分子吸附再循环系统(MARS)治疗肝性脑病(HE)的疗效和护理。

    Objective To explore the the curative and nursing effect of molecular absorbent recirculating system ( MARS ) on encephalopathy ( HE ) .

  22. 神经肽FF的抗吗啡作用突触末梢递质小泡再循环机制的研究

    Study of anti-opioid effect of neuropeptide FF THE ANTI-OPIOID EFFECT OF CCK-8 AND ITS MECHANISMS OF ACTION

  23. 目的探讨和评价分子吸附再循环系统(MARS)在重型肝炎治疗中的疗效及其作用机制。

    Objective To summarize and evaluate the therapeutic effect and mechanism of Molecular Adsorbents Recirculating System ( MARS ) in patients with severe hepatitis .

  24. 本文简单介绍废气再循环(EGR)的工作原理,废气再循环在燃气发动机上的试验。

    The paper briefly describes the working principle of EGR and the test of EGR in the engine .

  25. 目前,排气再循环(EGR)技术是降低NOx的最有效措施之一。

    Nowadays , the Exhaust Gas Recirculation ( EGR ) is the most effective method to reduce the emission of NOx .

  26. 目的:研究低浓度单宁酸(TA)对胞吐后神经细胞膜再循环的影响。

    Objective : To study the effects of low concentration of tannic acid ( TA ) on neuron membrane recycling following the neuron exocytosis .

  27. 再循环烟气中的高SO2气氛会引起严重的腐蚀问题,对高硫煤必须采用高温脱硫技术。

    High SO2 concentration in recycled flue gas will cause severe erosion . High temperature FGD technology should be taken for high sulfur coal .

  28. HL-1托卡马克中的氢再循环

    Hydrogen recycling in HL-1 TOKAMAK

  29. 生态网络是对生态系统中物质、能量流动模拟的结构模型,再循环指数CI反应了物质在生态网络中的再循环特征。

    Eco-network is a structural model which simulates the flow of material and energy in ecosystem , CI ( Cycling Index ) reflects the recycling feature of material flow .

  30. 阐述了人为调控模式施肥制度,其MN可达到0.581,有机氮再循环系数(H)接近1。

    It is expounded that the MN will be able to reach 0.581 and the recycling coefficient of organic nitrogen ( H ) will be able to near 1 when fertilizer spreading system by artificial controlled is implemented .