Many people, both at home and abroad devoted themselves to research. Studies on supercapacitors mainly focus on electrode materials, including carbon, metal oxide and conducting polymer. Based on the difference of energy storage mechanism, supercapacitors can be classified as electrochemical double–layer capacitors and faradaic capacitors.
随着电子器件和电动汽车工业的不断发展，作为记忆候补装置和后备电源的超级电容器被称为一种新型的绿色能源，许多国内外研究者都致力于对其进行研究，研究重点主要集中在电极材料方面，主要包括碳基材料，金属氧化物和导电聚合物。
The another was that the electrode passivation was completely avoided. The effect of pulsed voltage shapes on the chemistry and physical process included the double layer capacitor effect, mass transport, absorption and deabsorption.
分析了脉冲功率作用下的电凝聚净化机理，脉冲功率主要通过影响电凝聚的三个物理化学过程，即双电层电容效应、液相传质、吸附和脱吸附，以获得理想的净化效果。
The results proved that, the combination of faradic electrochemical reaction process on nickel electrode and non_faradic double layer capacitance process on carbon electrode enables the nickel positivel/carbon neg...
结果表明，镍正极的法拉第电化学反应过程和碳负极非法拉第双电层过程可以很好的结合起来，体现出超级电容的充放特性。
Single component and multi|component of iron system colloidal catalyst Ali|Bu-3CH-2CHCH-2Cl were mixed by different ratios in hydrogenated gasoline medium at 25℃.This paper studied the relationship between the nonaqueous systematic electroconductivity and the concentration of catalyst components. In combination with Tyndall effect, polymerization experimental results, Ali|Bu-3 existed in associated state and dissociated into ionpair. The reaction between Ali|Bu-3 and Fenaph-2 was the main reaction which formed colloidal core. Ali|Bu-3 reacted on CH-2CHCH-2Cl and Ali|Bu-2Cl was yielded which joined the formation of active center on the surface of colloidal core. The excessive Ali|Bu-3 was dissociated into ionpair which formed double electrode layer, and the double electrode layer kept the colloidal particles relatively stable.
研究了在25℃加氢汽油介质中，铁系胶体催化剂［Fenaph2Ali-Bu3―CH2==CHCH2Cl］单组分、多组分按不同配比混合，非水体系电导率与浓度的关系，结合Tyndall效应，聚合实验结果，得出Ali-Bu3以缔合状态存在并解离成离子对它同环烷酸亚铁的作用是形成胶核的主要反应，与氯丙烯反应生成的氯化异丁基铝，在胶核表面参与形成活性中心由过量Ali-Bu3解离的离子对形成的双电层结构，使胶粒保持相对稳定。
In chapter 5, we experimentally investigate the formation of plasma double layer in RF inductively magnetized plasma when a positively biased anode electrode is immersed into the cathode plasma. Finally we give our conclusion.
第五章研究了射频电感耦合磁化等离子体中阳极双层的形成，分析了外磁场、阳极电压和气体流量对等离子体阳极双层结构的影响；第六章给出了结束语。
The influence of some factors on the optical transmission loss, such as material structure, the height of rib waveguide, the thickness and refractive index of waveguide layer and up-layer of double-heterostructure material, the thickness of metal layer and the voltage on the electrode, was analyzed.
根据分析结果及相位调制器半波电压要求、TE/TM模式消光比指标等要求，同时考虑现在采用的工艺制作方法，论文在GaAs/GaAlAs双异质结材料结构上设计了脊波导及相位调制器的各项参数。
The surface enhanced Raman scattering spectrum revealed that the molecules combined with electrode via S-Au bond in axial spatial orientation, therefore, resulted in the decrease of double-layer capacitance.
通过表面增强拉曼光谱研究表明ω-巯基己酸分子是以直立取向的方式通过S-Au键化学吸附在电极表面，导致电极双电层电容降低。
And the electrode exhibited a specific capacitance of 116.4F/g and characterized both the double-layer capacitance and faradaic pseudocapacitance.
由纳米NiO/C复合电极组成的电容器，其比能量达13.2kJ/kg，比功率达1.6kW/kg，且具有良好的循环稳定性。
Fabrication and Properties of Double-layer Capacitor with Acetylene Black Electrode
乙炔黑电极材料的双电层电容器制备与性能研究
In order to improve the capability of electrochemical double layer capacitor (EDLC) in organic electrolyte, the effects of carbon density, the proportion of adhesives and acetylene black on the performances of electrode are researched and optimal treatment is made.
为了提高双电层电容器在有机电解液中的容量，研究了载炭量、粘接剂以及导电剂对电极性能的影响，并进行优化处理。
Activated carbon with different pore architecture was prepared from petroleum coke by KOH activation and used as electrode materials of electric double-layer capacitor.
本文以石油焦为原料，采用KOH活化法，制备出一系列孔结构不同的活性炭材料，以此作为超级电容器的电极材料。
The polarizable recombination electrode was prepared by using the carbon nano tubes (CNT)/active carbon (AC) recombination material in order to improve the performance of electric double layer capacitor (EDLC) with active carbon as electrode material.
为改进活性炭电极组成的电双层电容器（EDLC）的性能，采用碳纳米管（CNT）/活性炭（AC）复合材料制备可极化电极。
The results proved that, the combination of faradic electrochemical reaction process on nickel electrode and non_faradic double layer capacitance process on carbon electrode enables the nickel positivel/carbon negative electrode pair to have a very good supercapacitor performance.
结果表明，镍正极的法拉第电化学反应过程和碳负极非法拉第双电层过程可以很好的结合起来，体现出超级电容的充放特性。
Poly (vinylidene chloride) - based carbon as an electrode material for high power electric double layer capacitors
聚偏二氯乙烯基炭用作高功率EDLC电极材料
This paper draw conclusions that: With the 30wt % NaOH solution as electrolyte, the specific capacitance of the double-layer capacitors increased with the decrease in preparation pressure of the electrode due to increasing both the proportion of the effective micro-pores and the available surface.
以30wt%的氢氧化钠水溶液作为电解液的电容器为例，随电极加工压力减小，小半径的孔洞所占比例下降，电极的实际使用表面积增大，电容量增大。
B. To produce the " effect " by changing the structure of electric double layer and influence the surface concentration of reaction particle and activation energy of interface reaction, thus affecting the speed of electrode reaction;
b.通过改变双电层结构产生φ1效应，影响反应粒子的表面浓度及界面反应的活化能，从而影响电极反&西安理工大学硕士学位论文应速度；
Modelling of Transient Temperature Field for DC Ground Electrode in Double - Layer Soil
双层土壤直流接地极瞬态温度场模拟
Through the impedance spectra simulated with equivalent circuit, the relation of the content of conductive material and adhesives with the parameters is researched. The parameters include the resistance of electrode, polarization resistance, diffusion resistance, electric double layer capacitor, limiting capacitance and so on.
通过对等效电路和交流阻抗图谱的模拟分析，研究了电极电阻、极化电阻、扩散电阻、双电层电容、极限容量等参数与导电剂、粘结剂含量的关系。
Hydration of ion has bad influences on double-layer capacitance of carbon electrode, which can be reduced effectively by selecting large ion or increasing pore size of carbon electrode.
离子水化对炭电极的电容产生不利影响，选用大离子和增大炭材料的孔径，可有效降低离子水化对炭电极电容性能的影响。
The ion concentration, valence, temperature and so on of the electrolyte can change the hydrokinetics radius of the nano-particles in colloidal suspension by varying the double electrode layer thickness.
电解质溶液的离子浓度、化合价、温度等通过对双电层的厚度产生影响，从而改变悬浮液纳米颗粒的流体动力学半径。