anode的例句大全

The increasing of surface roughness of non-porous electrodes can also increase biomass on the anode and decrease anodic internal resistance.

增加非多孔电极的表面粗糙度也可增大阳极上的微生物量，同时还能降低阳极的内阻。

Aluminum is a very attractive anode material for energy storage and conversion because of its negative standard electrode potential, abundance in nature, low price and high theoretical capacity.

在电池领域中，铝是一种很有吸引力的阳极材料，优点是理论电极电位较负，储量丰富，价格低廉，理论容量高。

Silicon-based anode materials have become a focus because of its high theoretical capacity. But the huge volume changes of silicon before and afer lithium insertion results in unstable electrode structure and poor cycle performance.

硅负极材料由于其高的理论比容量等优点而倍受关注，但是由于其嵌、脱锂前后巨大的体积变化，导致其结构不稳定、循环性能差。

Compared with graphite anodes, alloy anode materials have a high theoretical capacity and a fast charge/ discharge rate, making alloys a class of very promising high-specific energy Li-ion battery anode materials.

与商业化的碳极相比，合金负极材料具有理论容量高、快速充放电能力等优点，因而是一类非常有发展前景的高比能锂离子电池负极材料。

Since its theoretical capacity is about ten times larger than that of graphite, together with several features of a lower lithium intercalation potential, sufficient abundance, and friendly environment, silicon becomes one of the most promising alternatives of graphite for anode material.

硅材料的理论比容量约为石墨的十倍左右，且具有较低的嵌锂电位、广泛地原料来源和对环境友好等特点，是最有希望代替石墨的负极材料之一。

The theoretical capacity of silicon anode material of lithium-ion battery is up to 4200 mAh g-1. However, this material undergoes the pulverization arising from its volume expansion and contraction during lithium insertion and extraction, which greatly hinders its commercial application.

硅材料作为锂离子电池负极材料其理论比容量高达4200mAh g-1，但在充放电过程中，其会发生巨大的体积膨胀和收缩，从而阻止了实用化进程。

Meanwhile, methods to improve technological level and energy conservation of anode baking furnace have also been proposed.

同时，介绍了一些提高阳极焙烧炉技术水平，降低阳极焙烧炉能耗的方法。

Researchers atNangyang Technological University have developed a fast-charging titanium dioxide anode, and Mark Hersam's team at Northwestern has doubled the capacity of a lithium-ion anode by interlacing materials like graphene.

新加坡南洋理工大学的研究人员已经开发出可快速充电的二氧化钛阳极；马克o赫尔萨姆教授在西北大学的团队则通过加入石墨烯等材料，将锂聚电池阳极的失电子能力提高了一倍。

Within the layer the copper? COPPER Reclaiming Tellurium from Copper Anode Slime

铜阳极泥中碲的回收

Tellurium comes mainly from copper anode slime. It is very valuable to study on recovery and preparation of tellurium.

目前碲主要来源于铜阳极泥，研究铜阳极泥中碲的回收与提纯具有重要的价值与现实意义。

The quality controlling of retrieving tellurium from a COPPER'AND lead' anode slime

从铜铅阳极泥中回收碲的质量控制

The performance of fuel cell decreases with the increase in cathode humidification temperature when cathode humidification temperature is larger than anode humidification temperature.

电流密度较低时，升高阳极加湿温度能提高电池的性能；

The effects of additive species, additive concentration, temperature, anode to cathode distance and current density on the electrochemical synthesis of tantalum ethoxide using sacrificing anode method have been investigated.

研究了牺牲阳极法电化学合成乙醇钽过程中，添加剂种类与浓度、电解液温度、阴阳极极距和电流密度的影响。

The effect of the current density and fuel cell temperature, humidified temperature of cathode and anode, porosity of porous diffusion layer on the results mentioned above are discussed.

讨论了质子交换膜燃料电池运行电流密度和温度、阴极和阳极加湿温度、气体扩散层孔隙率等参数对以上结果的影响。

The microwave high temperature tube reactor consists of an anode power, a filament power, an electrical systems and a cooling system of the magnetron and the electrical components.

此外，该微波高温管式反应器还包含了阳极电源、灯丝电源、电气系统以及磁控管和电器元件的冷却系统。

The paper introduces the integrative test of opening anode baking furnace in detail, analyzes the calculation results of baking furnace material and heat balance and proposes optimum methods.

介绍了敞开式环型焙烧炉的综合性测试工作，并且对焙烧炉物料平衡计算和热平衡计算的结果进行了分析，提出了优化措施。

The utility model discloses a heavy hammer, in particular to an internal heat type heavy hammer of an anode vibration forming machine.

本实用新型公开了一种重锤，尤其涉及一种阳极振动成型机用的内热式重锤。

The zero angle measurement of the thick target bremsstrahlung produced by the REB bombarded anode target can be used to determine the electron energy radial distribution, and to judge the REB medial property and the energy even distribution.

利用REB电子轰击阳极靶产生的厚靶韧致辐射的零角度测量，确定束电子能量的径向分布，从而判断REB的居中性和能量的均匀性。

In plane cathode micro-hollow anode sustained discharge, the peak value of EEDF will move toward right when the third electrode voltage increases with constant current and gas pressure, but it will reach a saturated value.

在平板阴极微空阳极放电维持的辉光放电中，当电流与气压恒定时，随着第三电极电压的升高，电子能量分布的峰值右移，放电趋向高能化，但都会达到一个饱和值。

Study on phase size distribution function could provide guidance for optimization of three-dimensional structure of the anode. 3.

研究各相粒径分布可以为优化阳极的三维结构提供指导。