超級電容器 的英文怎麼說

中文拼音 [chāojídiànróngqì]
超級電容器 英文
supercapacitor
  • 超 : Ⅰ動詞1 （越過; 高出） exceed; surpass; overtake 2 （在某個范圍以外; 不受限制） transcend; go beyo...
  • 級 : Ⅰ名詞1 （等級） level; rank; grade 2 （年級） any of the yearly divisions of a school course; gra...
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 超級 : super
  • 電容器 : capacitor; condenser; current condenser; electrical condenser
  • 電容 : electric capacity; capacitance; capacity
  1. The carbon nanotubes ( cnts ) are attractive materials for electrodes of supercapacitors due to their superb characteristics : chemical stability, low mass density, low resistivity, and large specific surface area

    納米碳管導電性好、比表面積大、微孔集中在一定范圍內，從理論上講是製作超級電容器的理想材料。
  2. Research progress in electrochemical super - capacitors

    電化學超級電容器研究進展
  3. Researches on the electrode materials for supercapacitor

    超級電容器電極材料研究
  4. Direct research work on batteries and super - capacitors storage technology

    負責蓄電池超級電容器電氣特性的研究。
  5. 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。
  6. 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。
  7. A composite electrode material comprising carbon nanotube and transition metal oxide may meet both the powerand the energy requirements. the properties of supercapacitor utilizing carbon nanotube as electrode material are studied

    通過充分利用其較大的比表面積和適宜的孔徑，可望得到大容量、高功率的超級電容器，與過渡金屬氧化物復合更能提高其綜合性能。
  8. Electrochemical supercapacitor is a new energy storage component between batteries and electrostatic capacitors, which has higher power density than that of batteries and higher energy density than that of electrostatic capacitor

    電化學超級電容器是一種介於電池和靜電電容之間的新型儲能元件，具有功率密度比電池高，能量密度比靜電電容高的優點。
  9. Supercapacitors, new energy storage components between batteries and electrostatic capacitors, could meet the high power need of electric vehicles when starting - up or accelerating for their power density could be tens of times higher than batteries

    超級電容器是一種介於電池和靜電電容器之間的新型儲能元件，其功率密度比電池高數十倍，能夠滿足電動汽車啟動、加速等高功率輸出的需要。
  10. In recent years, supercapacitors as the electrical energy storage systems have attracted growing attention due to the higher specific power than batteries and higher specific energy than conventional capacitors. considerable efforts have been devoted to developing and improving the performance of new available electrode materials

    超級電容器是近年來發展起來的一種新型儲能器件，其比電容為常規靜電電容器的100倍以上，能量密度可以達到化學電源的十分之一左右，卻有著比電池高10倍以上功率密度。
  11. The capacitors as compared to secondary battery have prominent advantages, especially electrical double - layer ( super ) capacitors with high power and large currents are presently needed

    摘要電容器與二次電池相比，有著顯著的優點，尤其是高功率並能提供大電流的電雙層（超級）電容器正是時代所需。
  12. Although the ruthenium - oxide system gives very high specific capacitance, it has the inherent disadvantage of high price and toxicity

    貴金屬氧化物（ ruo _ 2 ）是性能優異的超級電容器電極材料，但其價格昂貴，有毒。
  13. Now, it is the major reseach direction how to improve and enhance the performance of supercapacitors, such as specific capacitance 、 specific energy density and specific power density, and so on

    超級電容器為一種新型的優良儲能器件。研究如何提高其主要技術參數也就成為了研究的主攻方向。
  14. Research development on advanced metal oxide electrode materials for supercapacitors

    超級電容器氧化物電極材料研究進展
  15. Supercapacitors are comparatively new capacitors. the upper limit capacitance has been raised by three or four orders and can reach up to faraday scale due to the appearance of supercapacitors

    超級電容器是一種相對新型的電容器，它的出現使得電容器的上限容量驟然躍升了3 4個數量級，達到了法拉（ f ）量級。
  16. The purpose of the first chapter is to survey the fundamental principles, characterizations and applications of supercapacitors, especially the recent progress of researches on supercapacitors using carbon, transition - metal oxide and conducting polymer as electrode materials in their supporting electrolytes

    第一章綜述了超級電容器的儲能機理、特點、應用范圍等，並介紹了碳基材料、金屬氧化物和導電聚合物做電極材料，以及各種電解液的超級電容器的最新研究進展。
  17. Preparation and its supercapacitor performance of nickel oxide doped with copper

    的制備及其超級電容器性能
  18. The comparison of carbon nanotube and active carbon and graphite nanofibers used as electrode material is also presented. a composite electrode material comprising carbon nanotubes and ruthenium oxide is obtained and the capacitance of supercapacitor reaches 270f / g. the carbon nanotube and the natural manganese oxide compounded for the first time and the initial results were achieved

    本文採用納米碳管作為超級電容器電極材料，得到比電容量為110f g的超級電容器結構單元，討論了粘結劑、電解液等多種影響因素，並與乙炔黑電極和魚骨狀碳纖維電極進行了對比；制備了納米碳管與氧化釕復合材料，得到比電容量為270f g的超級電容器結構單元；本文還首次將納米碳管與大洋錳礦復合用作超級電容器電極材料，取得了初步成果，為天然礦物的開發利用開辟了一個新的發展方向。
  19. They have drawn more and more attentions because of their increasing application in the areas of mobile communication, information technology, space aircrafts and national defence. many countries have made the research plan of supercapacitors as an important research object

    隨著它在移動通訊、信息技術、航空航天和國防科技等領域的不斷應用，超級電容器越來越受到人們的關注，各國紛紛制定出發展計劃，將其列為國家重點的戰略研究對象。
  20. Research review of composite electrode materials for supercapacitor

    超級電容器復合電極材料的研究進展
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