fuel metal
英 [ˈfjuːəl ˈmetl]
美 [ˈfjuːəl ˈmetl]
【电】燃料金属
双语例句
- When nuclear fuel is manufactured it is encased in metal cans
核燃料生产出来后被装在金属罐中。 - Although investors often view Chinese data as prone to distortion, the upbeat reports have been enough to further fuel a rally that has seen the precious metal rise nearly 10% since the beginning of the year.
尽管投资者经常认为中国的数据存在水分，但这些乐观的数据足以继续刺激金价上涨。金价自年初以来已经上涨了将近10%。 - A rubber fuel line, without any metal reinforcements, is used to convey the fuel from an inlet fitting made of steel or aluminum to an outlet fitting, again, made of steel or aluminum.
本装置是通过一个橡胶管将燃料从钢或者铝制的入口配件运输至同样材料制作的出口配件。 - Alkaline Polymer Electrolyte Fuel Cells Completely Free from Noble Metal Catalysts
完全不使用贵金属催化剂的聚合物电解质燃料电池 - Oxygen is widely applied in the metal industries in conjunction with acetylene and other fuel gases for metal cutting, welding, scarfing, hardening, cleaning, and melting.
同乙炔和其它燃料气体一起，氧广泛应用于金属工业的金属切割、焊接、嵌接、淬火、清洁和熔化。 - The susceptibility of domestic 316-Ti stainless steel cladding tube with respect to Fuel Cladding Chemical interaction ( FCCI) and Fission Products-induced Liquid Metal Embrittlement ( FPLME) under four oxygen POtentials has been investigated by out-of-pile simulation test.
通过堆外模拟试验，研究了国产316－Ti不锈钢包壳管在4种氧势下对FCCI（燃料包壳化学相互作用）和FPLME（裂变产物液态金属脆化效应）的敏感性。 - The swelling in the fuel phase causes the interaction between fuel particles and metal matrix, and the metal matrix can restrain the irradiation swelling of fuel particles.
研究结果表明：燃料相的肿胀引起燃料颗粒和金属基体之间的力学相互作用，金属基体能抑制燃料颗粒的辐照肿胀。 - The gases given off during shearing of fuel elements of the power reactor in the head end section are treated to remove the metal dust from gases.
动力堆燃料元件在首端切断操作过程中，产生含有放射性金属粉尘的废气。 - Construction of Sugar_based Microbial Fuel Cells by Dissimilatory Metal Reduction Bacteria
利用异化金属还原菌构建含糖微生物燃料电池 - Nanocrystalline Gd_2O_3: Eu~ 3+ was prepared by modified combustion synthesis using citric acid as the fuel and metal nitrates as oxidants.
采用柠檬酸作燃烧剂用燃烧合成法制备了Gd2O3：Eu3+纳米晶。 - Preparation of Pd_n/ C Electrode for Fuel Cell by Metal Vapor Synthesis
金属蒸气合成法制备燃料电池电极Pdn/C - This text introduces several kinds of hydrogen storage technology for portable PEM Fuel Cell, including high press hydrogen, liquid hydrogen, direct methanol, metal hydrides, carbon nanostructure, chemical reaction, ect.
本文对于便携式燃料电池的几种储氢方式进行了介绍，主要包括高压气瓶、液氢、直接甲醇、储氢合金、纳米碳管储氢和化学制氢等方法，并对他们的优劣进行了比较。 - According to different delay time, the proper strategies are presented by using minimum principle of optimal control theory, which can lower the fuel consumption and metal oxidation loss of a reheating furnace, and can increase metal quality.
根据不同待轧时间，运用最优控制理论中的最小值原理提出相应合理的待轧策略，以尽可能地减少待轧时加热炉的燃料消耗和钢坯的氧化烧损，提高产品的加热质量。 - Development in fuel processors for hydrogen production based on sheet lamination technology Sheet Metal Processing
基于薄片层叠技术的制氢燃料处理系统研究进展 - Activity of production, combustion of fossil fuel, and weathering processes of contaminated soil are the main sources of heavy metal in dustfall.
人们的生产活动、化石燃料的燃烧、污染土壤风化过程等可能是大气降尘中重金属的主要来源。 - Preparation of pd-cu/ c fuel cell electrode via metal vapor method
从法制到法治金属蒸气法制备Pd－Cu／C燃料电池电极 - The fuel cell vehicle onboard hydrogen storage technologies, such as high-pressure hydrogen, liquid hydrogen, metal hydride, cryogenic sorption, hydrogen storage of carbon nanotube and liquid organic hydrides, were reviewed.
综述了燃料电池车车载储氢系统技术，包括高压氢、液氢、金属氢化物、低温吸附、纳米碳管高压吸附以及液体有机氢化物等的研究进展及其车载应用现状。 - An algorithm to improve the fuel economy of a metal belt continuously variable transmission ( CVT) vehicle by CVT shift speed control is suggested in the paper.
推荐采用CVT换档速度控制的一种算法来改进金属推块无级变速器车辆的燃油经济性。 - Alkaline fuel cell ( AFC) had the advantages of low start-up temperature, good reliability and the possibility of using non-precious metal as catalyst.
碱性燃料电池（AFC）具有启动温度低、性能可靠、可用非贵金属作催化剂等优点。 - With a pilot steam injection device a better fuel adaptability can be achieved. As compared with chain grate stoker, it has the advantages of simple structure and less metal consumption.
配用蒸汽引射装置后，可达到一种炉型适应多煤种的目的：与链条炉排比较，具有结构简单，金属耗量少等优点。 - The materials of bipolar plate for proton-exchange membrane fuel cell mainly include graphite, metal or alloy and all kinds of composite material. In this paper, their advantages and disadvantages are compared.
双极板材料主要有无孔石墨材料、金属或合金材料以及各种复合材料，针对这些双极板材料的优缺点进行了比较。 - One of measures to cut down production cost is to decrease energy consumption, which includes fuel and electricity consumption and metal consumption and roller consumption and water consumption.
降低生产成本主要措施之一就是降低能耗&燃料与电能消耗、金属消耗、轧辊消耗、水的消耗。 - The experiment which various operation conditions affect on the fuel cell stack performance showed the metal bipolar plate material could operate stably for a long time in proton exchange membrane fuel cell.
对电池堆进行了不同操作条件下的性能测试研究。实验结果表明，所采用金属双极板材料能够在质子交换膜燃料电池工作环境下长时间稳定运行。 - The second is the Type of technical innovation influencing economic transformation, represented by Oil processing, coking& nuclear fuel processing, and Metal products manufacturing.
第二类，技术创新作用于经济转型型。代表的行业有石油加工、炼焦及核燃料加工业和金属制品业。 - Because the fuel contains the alkaline metal and chlorine richly, biomass is very easy to from the deposition and the slagging after their combustion, which creates the corrosion for the fuel-burning equipment.
由于燃料中富含碱金属和氯，生物质燃烧后容易形成灰的沉积与结渣，给燃烧设备造成腐蚀。 - However, due to biomass fuel in the alkali metal element and a high chlorine content of inorganic elements, which have led to biomass boiler superheater tube metal temperature operation when severe corrosion, thereby constraining the development of biomass boilers.
然而由于生物质燃料中碱金属元素和无机元素氯含量较高，这些都导致生物质发电锅炉过热器金属管材高温运行时发生严重腐蚀，从而制约了生物质锅炉的发展。 - According to hydrolysis of sodium borohydride, two kinds of microreactor for hydrogen production for different power hydrogen fuel cells which use metal foam as catalyst support were designed and manufactured.
基于硼氢化钠水解制氢反应原理，采用高性能泡沫金属载体板，设计制造了两种针对不同功率氢燃料电池使用的制氢微反应器。 - Tritium is the main fuel of controllable thermal nuclear reactors and thermonuclear weapons with a strong penetration and diffusion in most of the metal materials. Tritium penetration will cause a range of issues.
氚是热核武器和可控热核反应堆的主要燃料，其在大多数金属材料中具有强的渗透性和扩散性，氚渗透会引起一系列问题。 - As to structure of material input, the majority of material input focused on fossil fuel, metal mineral and building mineral which were typical of higher hidden flowing, while the ratio of biomass material input reduced year by year.
从需求结构看，对高隐流的化石燃料、金属矿产及建筑材料的开采量逐年加大，相反生物质的输入比例不断下降。 - Pt based catalysts supported on carbon are commonly used for low temperature fuel cells. However, the scarce and expensive Pt metal hinders the commercialization of fuel cells.
在低温燃料电池中，主要采用以碳为载体的铂类催化剂，但铂系金属资源匮乏，成本太高，严重阻碍了燃料电池实现商业化。