分析了DSA阳极的析氧原理。
考虑成本，阳极的最通用的材料是石墨。
Commercially, the most popular material for the anode is graphite.
经计算，锌铝合金阳极的保护距离为15 。
自生杂散电流会严重腐蚀悬挂式阳极的金属吊杆。
Self-produced stray current can severely corrode the metallic boom of hanging type anode.
研究结果表明，预烧温度对惰性阳极的性能影响很大。
The results show that presintering temperature has the great effects on properties of inert anodes.
原电池中具备较低电势的金属是阳极的而且会受到腐蚀。
The metal with a lower potential in the galvanic cell will be anodic and will corrode.
阐述了二极管工作阻抗和阴阳极的设计原则与设计参数。
The design approach for diode operating parameters including the diode impedance, cathode and anode was described.
车顶盖阳极的设计及布置取决于吊具的设计(见图10)。
Design and placement of roof anodes depend upon carrier design (see Figure 10).
微生物燃料电池工作原理是能把电子传递到阳极的细菌活动。
Microbial fuel cells work through the action of bacteria which can pass electrons to an anode.
等3分钟，取出连接车载蓄电池阳极的连线，等待15秒。
Wait for 3 minutes, disconnect the vehicle battery and wait 15 seconds.
煤沥青本身的化学结构使其特别适合作为生产阳极的粘结剂。
Due to their chemical structure coal tar pitches are especially suited as binders for the manufacturing of anodes.
阳极的数量和大小取决于金属类型以及需要保护的表面面积。
The number and size of anodes is determined by the type of material and the surface area being protected.
它显示出那构成阳极的金属的结构所特有的，十分确定的波长。
It shows well-defined wavelengths which are characteristic of the structure of the metal forming the anode.
阐述了二极管工作阻抗和阴阳极的设计原则，给出了设计参数。
The design approach for diode operating parameters including the diode impedance, cathode and anode are described.
它显示出那构成阳极的金属的结构所特有的，十分确定的波长。
It 'shows well - defined wavelengths which are characteristic of the structure of the metal forming the anode.
本文初步总结了钛基锡锑钴氧化物涂层金属阳极的改性研究工作。
In this paper, we sum up the improvement of the Sn-Sb-Co oxide coated titanium metal anode.
研究的区域包括阴极和阳极的流道、扩散层、催化层和质子交换膜。
The studied domain consists of fluid channels, diffusion layers and catalyst layers of anode and cathode, and membrane.
钌钛阳极的机理研究必将促进其他组分氧化物阳极的机理研究和改进。
The study on the mechanism of ruthenium-titanium anode would surely prompt the mechanism study and improvement on other oxide anodes.
铝电解惰性阳极的研究和应用对环境、能源和国民经济有着深远的影响。
The research and application of inert anode for aluminum electrolysis have great effects on environment, energy sources and national economy.
当形成足够厚的氧化膜后，阳极的氧化速度减慢，阳极表面才析出氧气。
All renascent oxygen is consumed for oxidizing metal anode to form metal oxide film.
为了改善反向恢复特性，必须降低通态过程中靠近阳极的过剩载流子浓度。
In order to improve the reverse recovery characteristic the excess carrier concentration close to the anode during the on-state has to be reduced.
通过SEM和电子探针分析，提出了钙熔盐电解过程石墨阳极的破损机理。
With the analysis of SEM and electron probe, the destroying mechanism is put forward.
介绍了基于微通道板和楔条形阳极的紫外单光子成像系统的组成和工作原理。
The structure and working principle of an ultraviolet single photon imaging system based on the microchannel plates and the wedge and strip anode are introduced.
为了研究电火花加工过程的机理，基于光子发射计算了阴极、阳极的能量分布。
In order to study the mechanism of electrical discharge machining (EDM), the energy distribution of cathode and anode was calculated based on photon emission.
预焙阳极铝电解槽用炭素阳极的质量对铝电解生产的技术经济指标具有重要影响。
Carbon anode quality for aluminium electrolysis pot With pre-baking anodes has important effect on technical and economic indexes in aluminium electrolysis production.
在可得到的可用作二氧化铅电沉积的阳极的各种惰性材料中，铂与金是最合适的。
Of various inert materials available as anodes for the electrodeposition of lead dioxide, Pt and Au are the most suitable.
采用极化曲线测试结合扫描电子显微镜分析技术，研究了退火对铝合金阳极的活性的影响。
The effects of annealing on the activity of al alloy anode were studied by measurement of polarization curves and analysis of SEM.
对平行极化、方向指向阳极的样品，只要极化电场强度不是很大，宜选用正极性极化脉冲；
The positive polarity pulse will make better result for the samples than use negative polarity pulse.
结果表明：转鼓阳极的机械力作用可以缓和阳极钝化，提高硬质合金废料电解的电流效率。
The results show that the anode passivation can be decreased through the mechanical force of the drum anode, and the current efficiency can be improved.
结果表明：转鼓阳极的机械力作用可以缓和阳极钝化，提高硬质合金废料电解的电流效率。
The results show that the anode passivation can be decreased through the mechanical force of the drum anode, and the current efficiency can be improved.
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