膜電極 的英文怎麼說
中文拼音 [módiànjí]
膜電極
英文
membrane electrode-
Nanostructured porous film electrode ; photoelectrochemisty ; cyanine dye
納米結構多孔膜電極光電化學三甲川菁The ff was 0. 393 and the n was 0. 3 %
選填充因子最大的tio _ 2薄膜電極組裝了太陽能電池。A study of indium doped tin oxide as electrode of ferroelectric films
用作鐵電薄膜電極的研究The experimental results demonstrate that the suitable mea hot - pressing temperature and pressure are 120 and 15. 5mpa, respectively. the optimum catalyst loading in anode is 4 mg pt / cm2, and the best contents of nafion ionomer in anode and cathode layer are 45wt % and 35. 3wt %, respectively
實驗結果顯示，制備膜電極時最佳的熱壓溫度和壓力分別為120和15 . 5mpa ；陽極催化劑的適宜載量為4mgpt / cm2 ；陽極和陰極催化劑層的nafion最優含量分別為45 . 0wt %和35 . 3wt % 。Matching these factors is the key to improve the dmfc performance
制備高性能膜電極的關鍵在於找到這些因素的最佳匹配。It is discovered that a process of mea activation may greatly shorten the time needed for the dmfc to attain to the best discharge state, which is though not changed by it
本工作首次發現膜電極的活化過程雖然不會改變dmfc的最佳放電性能，但可以大大縮短電池到達最佳放電狀態的時間。Reaction of oxygen reduction at spe composite electrode
復合膜電極上氧還原反應研究Verification regulation of film electrode dissolved oxygen meter
覆膜電極溶解氧測定儀檢定規程Photoelectrochemical behavior of ito m3d - tio2 cds nanostructured film electrode
納米結構多孔膜電極的光電化學Discussing about indication error of film electrode dissolved oxygen meter
覆膜電極溶解氧測定儀示值誤差的探討Heterog eneous membrance electrodes
非均相膜電極Homogeneous membrance electrodes
均相膜電極Photoelectrochemistry of composite semiconductor nanoporous filmsco - sensitized by ru 2 2 dye
復合半導體納米多孔膜電極的光電化學The electrochemical oxidation degradation process of phenol on diamond membrane electrode
苯酚在金剛石膜電極上的電化學氧化降解過程Objective : construct effective mathematic model to analyse the piezoelectric frequency data of pt test based on the theoretic analysis of viscosity and density changes in coagulation reaction system and discuss the feasibility of detecting patients ’ samples in clinic, on the
方法: 1 .選用基頻為10mhz的at切型銀膜電極石英晶體傳感器構建螺旋式檢測池，使不同檢測池具有同質性。在傳感器上下各墊加一o形硅膠密封圈，並置於金屬基座上。One of the most key technologies of preparing cd1 - xznxte detector is to make ohmic contact film electrode on cd1 - xznxte crystal ' s surface, and the main technology usually used is evaporation, but the cohesion of evaporated film is n ' t very firm
制備cdznte探測器最關鍵的技術之一就是在cdznte表面制備出歐姆接觸薄膜電極。關于在cd _ （ 1 - x ） zn _ xte晶體表面制備接觸電極用導電薄膜，大都是採用蒸發鍍膜技術，膜層與cdznte晶體結合不很牢固。In the thesis, we proposed a random lattice model of mea the lattice model randomly occupied by three kinds of particles, pt / c, nafion and ptfe ( poly - tetra - fluoro - ethylene ), was generated on a computer by the means of monte carlo method. it was supposed that current was only produced on those catalysts which have not only channels of electrons via carbon but also have channels of proton via nafion. the purpose of the work, in a word, is to find how many catalysts, pt / c, with such a two - types channels
本文首先建立了質子交換膜燃料電池的膜電極的隨機方格子模型，在電極模型各格點位置用montecarlo方法生成隨機分佈的電極粒子、 nafion粒子和聚四氟乙烯團粒，認為只有那些既有質子傳輸通道，又有連續的電子通道和氣體擴散通道的胞元才產生有效的電流，而其餘胞元不產生電流，把電極的輸出電流轉化成一個概率事件。The simulation program was written by c and matlab on the base of arithmetic of non - then - back random walk. utilization of catalyst was obtained by statistical algorithm of ntbrw. we also discussed the effect the of structure and fabrication techniques of mea on utilization of catalysts
確定了有效輸出電流迷宮通道模型，並建立了非即回無規行走掃描演算法，運用matlab和c語言編寫了模擬程序實現了對膜電極催化劑利用率的統計，並探討了電極結構和電極制備工藝對催化劑利用率的影響。Dissolved oxygen meter with non - membrane electrode
無隔膜電極溶氧儀It showed that better crystal films could formed when sintered between 350 ~ 550 for 3 hours. with the increasing of temperature and the extending of time, the diffraction apices became stronger and the crystal became bigger
薄膜電極的燒結工藝研究結果表明，當燒結溫度在350 ~ 550燒結時間為3h時得到結晶良好的limn2o4薄膜，隨著溫度的升高，衍射峰越來越明顯，晶粒越來越大。分享友人