Fig. 4 shows the Raman spectra of the three types of MnO2structures. T的中文翻譯

Fig. 4 shows the Raman spectra of t

Fig. 4 shows the Raman spectra of the three types of MnO2
structures. The diffraction peaks at 645 cm1 correspond well
with the Raman spectrum of MnO2 and can be attributed to the
MnO6 symmetric stretching vibrations.26 d-MnO2 consists of
layered sheets of MnO6 octahedra and the peak at 573 cm1
might come from Mn–O stretching in the basal plane of the
MnO6 sheet.27
The electrochemical properties of the three different types
of MnO2 nanostructures were studied by cyclic voltammetry
(CV), galvanostatic CD and electrochemical impedance spec￾trometry (EIS) in a three-electrode conguration. Fig. 5 shows
the cyclic voltammograms and corresponding CD curves of
the three different MnO2 nanostructures used as electrode
materials in aqueous KOH electrolyte. As the current density
is one of the most important parameters controlling the
capacitive performance of the electrode, the CD curves of the
three types of MnO2 were recorded at different current
densities. All the CV curves deviate from a rectangular shape
because of the overpotential and the corresponding CD curves
deviate from symmetrical behavior under different current
densities. The CD curves at low current densities show a
platform corresponding to the redox reactions. There are two
mechanisms for charge storage by MnO2. The rst involves
the intercalation/extraction of protons (H3O+
) or alkali cations
such as Li+
, Na+ or K+ into the bulk of the oxide particles with
the concomitant reduction/oxidation of Mn ions:28,29
0/5000
原始語言: -
目標語言: -
結果 (中文) 1: [復制]
復制成功!
图 4 显示了拉曼光谱的三种类型的 MnO2结构。在 645 cm1 衍射峰对应好与 MnO2 的拉曼光谱和可归因于MnO6 对称伸缩 vibrations.26 d-MnO2 组成MnO6 octahedra 和 573 cm1 高峰分层的表可能来自锰 — — O 在基面的伸展MnO6 sheet.27三种不同类型的电化学性能采用循环伏安法研究了 MnO2 纳米结构(CV),恒电流 CD 和电化学阻抗规格三电极 conguration (EIS) 处理。图 5 显示了循环伏安法和相应 CD 曲线作为电极的三个不同 MnO2 纳米在 KOH 电解质水溶液中的材料。作为电流密度是控制的最重要参数之一电容性能的电极,裁谈会曲线的三种类型的 MnO2 录在不同电流密度。所有的 CV 曲线偏离一个矩形形状由于过电位和相应的 CD 曲线从不同电流下的对称行为偏离密度。在低电流密度显示 CD 曲线对应的氧化还原反应的平台。有两个由 MnO2 电荷存储的机制。rst 涉及质子 (H3O + 插层/萃取) 或碱阳离子如李 +Na + 或 K + 成氧化物颗粒与散装相伴/氧化还原的锰离子︰ 28,29
正在翻譯中..
結果 (中文) 2:[復制]
復制成功!
Fig. 4 shows the Raman spectra of the three types of MnO2
structures. The diffraction peaks at 645 cm1 correspond well
with the Raman spectrum of MnO2 and can be attributed to the
MnO6 symmetric stretching vibrations.26 d-MnO2 consists of
layered sheets of MnO6 octahedra and the peak at 573 cm1
might come from Mn–O stretching in the basal plane of the
MnO6 sheet.27
The electrochemical properties of the three different types
of MnO2 nanostructures were studied by cyclic voltammetry
(CV), galvanostatic CD and electrochemical impedance spec￾trometry (EIS) in a three-electrode conguration. Fig. 5 shows
the cyclic voltammograms and corresponding CD curves of
the three different MnO2 nanostructures used as electrode
materials in aqueous KOH electrolyte. As the current density
is one of the most important parameters controlling the
capacitive performance of the electrode, the CD curves of the
three types of MnO2 were recorded at different current
densities. All the CV curves deviate from a rectangular shape
because of the overpotential and the corresponding CD curves
deviate from symmetrical behavior under different current
densities. The CD curves at low current densities show a
platform corresponding to the redox reactions. There are two
mechanisms for charge storage by MnO2. The rst involves
the intercalation/extraction of protons (H3O+
) or alkali cations
such as Li+
, Na+ or K+ into the bulk of the oxide particles with
the concomitant reduction/oxidation of Mn ions:28,29
正在翻譯中..
結果 (中文) 3:[復制]
復制成功!
图4显示了三种MnO2的拉曼光谱结构.在645 cm-1的衍射峰对应的随着MnO2的拉曼光谱,可以归因于MNO6对称伸缩vibrations.26 d-mno2由分层表的MNO6八面体和峰在573 cm-1可能来自锰- O拉伸在基底平面的sheet.27 MnO6三种不同类型的电化学性能MnO2纳米结构,通过循环伏安法研究了(CV)、恒电流CD和电化学阻抗谱(EIS)￾法一三电极控制配置。如图5所示。循环伏安曲线和相应的CD三种不同的MnO2纳米结构作为电极在KOH水溶液电解质材料。作为电流密度控制的最重要的参数之一电容性能的电极,CD曲线的三种类型的二氧化锰是在不同的电流记录密度。所有的CV曲线偏离矩形形状由于过电位和相应的CD曲线在不同电流下偏离对称行为密度。在低电流密度的CD曲线显示相应的氧化还原反应平台。有两以二氧化锰为电荷存储机制。第一个涉及到的质子的嵌入/提取(H3O+)或碱金属阳离子如李+,Na +或K +的氧化物颗粒的大部分Mn离子共存的氧化/还原:28,29
正在翻譯中..
 
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