electrode capacitor 中文意思是什麼

electrode capacitor 解釋
電極電容器
  • electrode : n. 1. 電極。2. 電焊條。adj. -less 無電極的。
  • capacitor : n. 【電學】電容器 （＝condenser）。 a capacitor microphone 電容傳聲器[話筒，微音器]。
  1. Electrode materials have effects on properties of electrochemical capacitor, many carbonaceous materials such as active carbon, pyrolytic carbon, active carbon fiber and carbon nanotube were mainly used in electric double - layer capacitor. because of synthetic conditions and cost, we studied their electrochemical properties of electronic double - layer capacitor that pyrolytic carbon was used as their electrode materials

    電極材料是影響電化學電容器性能的主要因素之一，應用於雙電層電容器的電極活性物質主要是各種碳材料，如各種活性炭、熱裂解碳、碳纖維、碳納米管等，考慮到合成工藝和成本因素，我們採用熱裂解碳為雙電層電容器的電極材料，並研究了它們的電化學性能。
  2. Results came as follows : in this dissertation, we found that it was the smallness of the positive electrode capacitance that limits the performance of carbon based supercapacitors in alkaline electrolytes, and the performance could be meliorated if the active material loaded on positive electrode increased. activated carbon electrode was proved to have good capacitor performances in neutral electrolyte such as ammonium sulfate solution and ammonium nitrate solution, but a correlated problem is the corrosion of the metal current collector

    本文通過考察活性炭電極在堿性電解液中的電極行為，指出活性炭電極在堿性溶液中正極性能較差是影響碳基超級電容器性能的重要因素，增大正極活性物質的載量能夠使電容性能得到一定程度的改善，同時發現活性炭電極在硫酸銨和硝酸銨等中性電解液中具有優越的電極性能，但存在金屬集流體的腐蝕問題。
  3. And the mechanism was discussed. the form of the gold electrode was designed so as the reference capacitor cr can correct the non - linearity of the main variable capacitor cp. the characterization on absorbability and erosive - proof to ceramic of gold conductive sol was studied

    對金電極的形狀進行了設計，設置參照電容cr ，可較好地修正測量電容cp的非線性；研究了金導電漿料的配方、組成，通過調節漿料的成分，加入部分添加劑，提高了燒結后的電極對瓷體的附著力和耐腐蝕性。
  4. The effects of pulse voltage waveform on physical and chemical water treatment processes include double layer capacitor effect, mass transport, absorption and deabsorption on the surface of electrode

    脈沖電壓波形主要影響廢水處理的三個物理化學過程，即：電容效應、液相傳質、吸附和脫吸附。
  5. It is capable to lower the insertion loss by using high conductivity electrode material and increasing the electrode thickness and quality factor of bst capacitor. at the same time increasing the tunability of the dielectric constant and the length of the transmission line can increase the phase shift

    通過使用高電導率的電極材料、增加電極的厚度、提高bst薄膜電容的q值可以實現器件插損的降低；增大薄膜的介電系數變化率和傳輸線長度可以增加移相度。
  6. On the condition of absence of feature degradation modal of parts and effective aid tool, the failure mechanism and reliability model of parts in power module are analysised, and with the result of failure analysis and empirical data the life model of metalized electrode capacitor is figured out, which is proved to be weibull distributions

    在缺乏元器件性能老化模型和有效輔助工具的前提下，研究了能源模塊電路主要元器件的失效機理和可靠性模型。利用對金屬化膜電容器失效分析結果和經驗數據給出金屬化膜電容器的威布爾壽命模型。
  7. Raised the idea of constructing hybrid capacitor with a battery based positive electrode and a capacitor based negative electrode, experiment proved that a hybrid supercapacitor with a manganese dioxide based positive electrode and an activated carbon based negative electrode showed very good performance, double electrode specific capacitance could be enhanced to 95. 7f / g, that is 2 ~ 3 times that of the carbon based supercapacitors. furthermore, the maximal voltage of a single cell could be expanded to 1. 5v, as a result, the energy density could be ten times higher than that of a carbon based supercapacitors

    本論文中我們提出了將電池哈爾濱工程大學碩士學位論文的正極與電容器的負極結合成混合超級電容器的構想，並成功實現了二氧化錳正極和活性炭負極的組合，構成的錳碳混合超級電容器雙電極比容量可達到95 . 7f / g ，比活性炭超級電容器提高了2一3倍，單體工作電壓可以高達1 . 5v ，從而使能量密度提高到碳基超級電容器的十倍。
  8. Using anthracite - based hsaac as the electrode materials of electric double - layer capacitor ( edlc ), its charge - discharge performance in 30wt % h2so4, 30wt % koh and 1mol / l lipfg electrolyte and the relations between the charge - discharge performance and specific surface area, pore structure of anthracite - based hsaac were discussed. experiment results show that the structure and performance of activated carbon ( ac ) are influenced mainly by amount of activating agent, activating temperature and activating time

    同時將所制得的無煙煤基hsaac作為雙電層電容器（ electricdouble - layercapacitor ，簡稱edlc ）的電極材料，通過適當的工藝製成hsaac電極，以30的h _ 2so _ 4水溶液、 30的koh水溶液和lmol l的lipf _ 6有機溶液作電解質溶液，組裝成三種不同的edlc ，探討了edlc的充放電性能及其與無煙煤基hsaac電極材料的比表面積和孔結構的關系。
  9. Electrode foil for aluminum electrolytic capacitor

    鋁電解電容器用電極箔
  10. Ruo2 activated carbon composites as a positive electrode in an alkaline electrochemical capacitor

    炭釕復合電極堿性電化學電容器的研究
  11. The paper also found that the capacitance of the positive electrode was much smaller than that of negative one, and then it urged to develop new positive materials to make up hybrid capacitor

    同時發現，碳基電容器正極容量遠小於負極容量，這也促使繼續開發新的正極材料組成混合電容器。對於法拉第準電容器材料，重點放在對金屬氧化物的研究上。
  12. Platinum is more suitable in forming the bottom electrode of bst capacitor than gold, but the top electrode and transmission lines prefer to gold

    鉑比金更適合作為移相器中bst薄膜電容的下電極，而上電極和傳輸線導體材料則選用金。
  13. The results show that mno2 / activated carbon composite electrode materials have better electrochemical kinetic reversibility and ideal capacitor performance than those of - mno2 nh2o or activated carbon electrode by cv, a. c. impedance and galvanostatic charge - discharge tests

    循環伏安、交流阻抗以及恆流充放電等測試結果表明復合電極材料比- mno _ 2 ? nh _ 2o或活性炭電極具有更好的電化學可逆性和理想的電化學電容行為。
  14. 5. by using mno2 as positive electrode and actived carbon as cathode, we could assemble a hybrid capacitor in ( nht ^ sc ^ aqueous electrolyte. the mass ratio between actived materials of the positive electrode and that of cathode effected the specific capacitance of the capacitor

    用活性炭作負極，二氧化錳作正極，在（ nh _ 4 ） _ 2so _ 4溶液中，能夠組裝成混合電容器，其工作電壓可達1 . 5v ，並且有良好的循環性能。
  15. The nano - sized nio film on nickel electrode is obtained by dipping the nickel electrode in the sol and raising, then calcined under 450 for one hour. the study of its electrochemical performance in different media exhibits its excellent properties, such as electrochemical capacitor property, electrochromic property, etc

    對納米nio膜電極在不同介質中的電化學行為研究表明，納米nio膜電極具有電化學電容器和電致變色性能，並且其電化學性能明顯優于普通的nio膜電極。
  16. In ammonium sulfate solution, the ac electrode could also perform better capacitance, which potential range get to 1. 5v. that made the energy density and power density of the capacitor inhanced greatly. 3

    活性炭電極在（ nh _ 4 ） _ 2so _ 4中性電解液，也能夠表現出較好的電容性質，工作電位范圍可達1 . 5v ，這樣可以大大提高電容器的能量密度和功率密度。
  17. The capacitance in an electrochemical capacitor can arise from the charging or discharging of the electrical double layers or from faradaic redox reactions ( pseudocapacitance ). the latter gives a larger capacitance value compared to the former and was called supercapacitors. many approaches have been pursued in the development and characterization of new electrode materials for the better capacitive performance

    本論文共分為四章:第一章是電化學電容器的研究背景;第二章是ru1 - ycryo2 / tio2納米管復合材料的電容行為;第三章是co （ oh ） 2 /活性炭復合材料的制備及其超電容行為;第四章是基於氧化鎳的超級電容器的研究。
  18. This kind of electrode would run well to assemble hybrid capacitor together with active carbon electrode

    這種電極很有希望與碳電極組成混合電容器，為下一步研究指明了方向。
  19. We also found that it was the smaller capacitance of the positive electrode that limits the performance of the ac electrode, and the capacitor character reached optimization when the ratio between the mass of positive actived material and that of negative actived material. " 2

    但是活性炭電極的正極性能較差是影響電容器性能的重要因素，增大正極活性物質的載量使正負極活性物質質量比約為2 ： 1時，電容性能達到最佳。
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